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LIBRARY OF CONGRESS. 

Chap Copyright No 

Shelf..X\lt? 2 i" ^" 

UNITED STATES OF AMERICA. 



Nason Manufacturing Co. 



71 BEEKMflrl STl^EET, |^EW VOI^I^. 



CABLE ADDRESS: UNlTORGAN . NEW YORK. 

A. B. C. CODE. 



ILLUSTRATED LISTS OF PRICES 



-FOR— 



WROUGHT AND CAST IRON PIPE, 

ETC., 

I 

Brass and Iron ValA^es and Fittings, 

-AND- 

GENERAL SUPPLIES FOR STEAM, GAS, WATER, 

AMMONIA, AND OIL. 



Steam and Gas Fitters,' and Plumbers' Tools 

and Supplies. 



STEAM AND HOT WATER HEATING SPECIALTIES. 



JANUARY, 1900. 



Library of Confe-reti^ 
Office of i^ 

FF^ I ~ tm 

Beglster of Cotyrlght«i 






53789 



FOR 

GENERAL AND PRACTICAL INFORMATION 

PERTAINING TO 

STEAM AND HOT-WATER HEATING 

See Pages 3S2 to 4:6. 



SECOND COPY, 






Copyright, 1900 by 
iJASON Manufacturing Co., 



J^ 



AN EXPERIENCE of morc than half a century, which this company and its 
founders have had with various Steam Engineering Specialties, including 
the horizontal tubular boiler, the globe valve, the taper screwed joint, and the 
free end vertical tube radiator, all of which were devised by the late Joseph 
Nason, should enable its present officers, without egotism, to speak with some 
authority as to the merit of goods both manufactured and sold by them, and of 
the care which has been used in the preparation of the present catalogue. 

From the very large list of materials made for steam fitters' and plumbers' 
use, the best only of their kind have been selected for book illustration, and none 
other will be offered for sale or delivery. The past business policy of the Nason 
Manufacturing Company having been to fully guarantee the quality of all 
goods sold, customers may rely upon a continuance of the same methods, and all 
articles which may be found in any way unsatisfactory, or not as represented at 
the time of sale, may be returned and the cost of transportation charged. 

Especial attention is directed to the Nason patented specialties, including 
particularly the well known " Equator" and " Gulf-Stream " Heaters, which, after 
several seasons of severe trial under all possible conditions of service, are generally 
recognized as the best of their class. For this season's delivery, they have been 
still further improved, if not perfected, by the addition of an entirely new shaking 
and dumping grate, devised by Mr. Nason especially for them. Of this, full 
illustration will be found, and these grates will fit heaters of previous manufacture. 

It is unpleasant, though necessary, to again have to warn the trade, and 
steam users in general, that several of the specialties originated and made by this 
company have been cheaply imitated by competitors lacking sufficient originality 
to design their own wares. An examination of the latter will invariably show 
them to be rough in workmanship, notably light in weight, and distinctly unfit 
for such wear and tear as come from the high pressures incident to modern 
steam engineering. 

This is notably true of Steam Traps. See that the name '' Nason" appears 
upon them, and reject all others. This name belongs to Nason Manufacturing 
Company by right, and if Traps other than those of its make are sold as '' Nason " 
Traps, the sellers render themselves liable to action for selling goods under false 
representation. 

To those contemplating the installation of any kind of apparatus, it may be said 
that the extended knowledge gained by long experience of the company's staff of 
engineers makes it often possible for them to be of assistance by advice or sug- 
gestion, and such counsel will be always freely and willingly given when wanted. 

Tables have been introduced in the latter pages of the book which may 
frequently be found valuable if used. 

Many thanks are extended to friends and patrons of the past, and the good will 
of those whose acquaintance we may make in the future is earnestly hoped for by 

Faithfully yours, 

, . NASON MANUFACTURING COMPANY. 
71 Beekman Street, 
January, 1900. 



■^'r 



SPECIAL NOTICE. 



A large and complete assortment of standard goods is carried in stock 
at all times. Special articles will be made to order on the shortest possible 
notice. 

All agreements are contingent upon strikes, delays of carriers, and 
other causes unavoidable, or beyond our control. 

Orders for special goods, not suitable for general stock, cannot be 
countermanded. 

Goods returned will be received and credited only under our written 
consent. 

Orders by telegraph and telephone are accepted at sender's risk. 

NASON MANUFACTURING COMPANY. 



JK 



THIS CATALOGUE SUPERSEDES ALL OF EARLIER DATE 



WILL CUSTOMERS KINDLY NOTE THAT: 

Business misunderstandings will be avoided and correspondence lessened 
by reading the following : 

1. All lists and discounts are subject to market changes ; but so far as 
possible customers will be promptly informed of variation in prices. 

2. Quotations made will be held open for acceptance for ten days only ; 
after whicl), should an advance occur, the agreement to sell at the price named 
lermirat^s. 

3. Terms, cash within thirty days, unless specifically agreed otherwise. 

4. Instructions for shipping should be full and the line specified ; when not 
given, goods will be sent by the most direct route. 

5. Boxing, Crating, and Cartage will be charged for at cost. 

6. As all goods sent out will be carefully examined, counted, and packed 
by experienced employees only, responsibility for loss or breakage ceases on 
delivery to shipping agents, and claims, therefore, must be made on the carrier. 

7. Insurance will not be placed on shipments unless requested. 

8. Customers will protect their interests by examining goods, when possible, 
to ascertain if they have been damaged in transit, before signing any receipt 
for them, 

9. Claims for corrections, to receive attention, should be made within ten 
days after goods are received. 

10. Business correspondence, to secure prompt attention, should be ad- 
dressed, not to its officers or employees, but to the — 

NASON MANUFACTURING COMPANY. 

January, 1900. 

Established by Joseph Nason in 1841. Incorporated in 1884. 



CARLETON W. NASON, President. 
JOHN H. CHASMAR, Vice-President. FRANK A. BUCKNAM, Treasurer. 

ARTHUR DE L. NEAL, Secretary. 



NASON MANUFACTURING COMPANY, NEW YORK 



TELEGRAPHIC CODE. 

For convenience of our customers, we have adopted the following Cipher for ordering 
Plain and Galvanized Wrought Iron Pipe by Telegraph: 



Number of Feet. 


Size. 


Black. 


Size. 


Galvanized. 


25 


Africa 


H 


Allegheny 


M 




Amazon 


50 


Alabama 


H 


Baltimore 


% 




Bay 


75 


Cuba 


% 


Camden 


% 




Colorado 


100 


Asia 


^ 


Detroit 


% 




Danube 


200 


Belgium 


% 


JEjrie 


1 




Elbe 


300 


OhiU 


1 


Fairmount 


iM 




Firth 


400 


Denmark 


iM 


Galena 


IK 




Ganges 


500 


Egypt 


IK 


Harrisburgh 


2 




Hudson 


600 


France 


2 


Ithaca 


W2 




Indus 


700 


Germany 


2K 


Jamestown 


3 




Juniata 


800 


Holland 


3 


Kensington 


3K 




Kanawah 


900 


Ireland 


3K 


Lancaster 


4 




Lake 


1,000 


Japan 


4 


Macon 


4K 




Miami 


1,500 


Jersey 


4K 


Quincy 


5 




Nile 


2,000 


Kentucky 


5 


Newark 


6 




Osage 


2,500 


Kansas 


6 


Oneida 


7 




Po 


3,000 


Liberia 


7 


Paris 


8 




Rhine 


3,500 


Lapland 


8 


Reading 


9 




Seine 


4,000 


Maine 


9 


Salem 


10 




Tweed 


4,500 


Mexico 

Nevada 

Ohio 

Peru 

Russia 


10 
11 
12 


Troy 
Utica 
Venice 








5,000 






6,000 






7,000 






8,000 








9,000 


Spain 


GENERAL 


TERMS. 


10,000 


Texas 


Behoof 




.Wrought Iron Pipe. 


15,000 


Tennessee 


Belabor 




.Butt Black. 


20,000 


Uruguay 


Belate 




. . Lap Black. 


25,000 


Utah 


Beldam . . . . 




. Butt Galvanized. 


50,000 


Venezuela 


Belfry 




. . Lap Galvanized. 


100,000 


Wyoming 


Bellyfull 




. Boiler Tubes. 



Sdna , Ship via Cheapest Route. 

Mabel Ship via Rail. 

Louise. Ship via Canal. 

Mattie Ship via Steamer. 

Julia Ship via Express. 

Acorn At what price can you furnish ? 

Branch At what price and how soon can you furnish ? 

Gate When can you ship ? 

Carrie To-day Sure. 

EXAMPLES: Ship via rail, 500 ft. 2 in. Plain Pipe; for this, telegraph Mabel Egypt Ithaca. 
Or, at what price can you furnish loo ft. i3^ in. Galvanized Pipe ? for this, telegraph Acorn 
Asia Firth. 

By this plan mistakes by operators are prevented, and economy of words assured. 



NASON MANUFACTURING COMPANY, NEW YORK. 



LAP-WELDED AMERICAN CHARCOAL 
IRON BOILER TUBES. 





'rice 


Thick- 


Thickness 


Nominal 


Diameter 


Price 


Thick- 


Thickness 


Nominal 


Outside. , 


Per 




nearest 


Weight 


Outside 


Per 


ness. 


nearest 


Weight 


"oot. 




Bgm.W. G. 


Per Foot. 




Foot. 




Bgm.W. G. 


Per Foot. 


Inches. 




Inches. 




Pounds. 


Inches. 




Inches. 




Pounds. 


I 


37 


•095 


13 


.90 


aVz 


.69 


.134 


10 


6.17 


iX 


35 


•095 


13 


1. 15 


5 


.82 


.148 


9 


7.58 


I>^ 


32 


.095 


13 


1.40 


6 


1.08 


.165 


8 


10. 16 


IH 


32 


.095 


13 


1.66 


7 


1.33 


.165 


8 


11.90 


2 


30 


.095 


13 


1. 91 


8 


1.70 


.165 


8 


13-65 


2^ 


36 


.095 


13 


2.16 


9 


2.25 


.180 


7 


16.76 


2y2 


36 


. log 


12 


2.75 


10 


2.76 


.203 


6 


21.00 


23/ 


39 


.109 


12 


3-04 


II 


3-30 


.220 


5 


25.00 


3 


39 


.109 


12 


3-33 


12 


3-77 


.229 


4K 


28.50 


3X 


45 


.120 


II 


3-96 


13 


4.43 


.238 


4 


32.06 


3>^ 


48 


.120 


II 


4.28 


14 


5-04 


.248 


3K 


36.00 


sVa 


55 


. 120 


11 


4.60 


15 


5.87 


.259 


3 


40.60 


4 


60 


•134 


10 


5.47 


16 


6.50 


.270 


2K 


45 -20 



NET PRICES OF EXTRA GAUGES OF BOILER TUBES. 

To take the place of all previous lists, and subject to chattge without notice. 

For EXTRA wire gauge "Boiler Tubes " away from standard not exceeding four wire gauges, 
add one cent for each inch in diameter to the net price per foot for each additional number. To 
calculate price, take discounts from list prices of regular tubes, and add thereto net charge for extra 
wire gauge, thus : 



For I Number. 


For 2 Numbers. 


For 3 Numbers. 


For 4 Numbers. 


2 inch 2 cts. 

23^ " 2X " 

2>^ " 2>^ " 


2 inch 4 cts. 

2X '' •■•••aVz " 

2^ " 5 " 


2 inch. . . .6 cts. 

2>4: " Wa " 

2^ " rA " 


2 inch 8 cts. 

2X " 9 " 

2y^ " .....10 " 



Beyond four numbers, price is per pound. 

Swaging or swelling 2 inch or 2^4^ inch Tubes, 5 cents per end extra. 



SAFE ENDS. 

Net prices for Safe Ends to 6 inches long, inclusive. Over 6 inches, and not exceeding 12 inches 
long, the extra length will be charged for in same proportion. Longer than 12 inches from regular 
Tube List. 

Size I \)i 1% 13/ 2 2% 2% 2/ 3 2,/ 3% 3H A ^Vi 5 6 

Each End, .13 .13 .13 .13 .13 .14 .16 .18 .20 .22 .25 .27 .29 .32 .37 .45 

These prices for Safe Ends govern up to No. 10 Bgm. W. G. Beyond that an extra charge 
will be made at rate of one cent per each inch in diameter for each Extra Gauge per Safe End. 



HYDRAULIC TUBES. 

% inch thick or under. , o ...... . 10 cents per pound. 

X inch to /s inch thick o. .. ...0..12 " 

Over Yi of an inch thick, special priceso 

The above prices are for tubes up to 20 feet long — for tubes in excess of that length, ten per 
cent, will be added to net of invoice. 

Extra thickness of tubes will be charged as per list of Extra Gauges. 



NASON MANUFACTURING COiMPANY, NEW YORK. 



STANDARD 
WROUGHT IRON PIPE. 

ADOPTED FEBRUARY 22. i8oq. 



Internal Diameter Nominal. 

Plain, price per foot , . 

Galvanized, " 

Weight, per foot, plain, lbs., nominal. 



}i 


% 


H 


'A 


}4 


I 


.0^% 


.08/2 


.osy^ 


• loK 


.iiy2 


.i6>^ 


.18 


.16 


.16 


• 17 


.19 


.26 


• 24 


•42 


.56 


.84 


1. 12 


1.67 



iX 



.22 

.36 

2.24 



Int'al Dia.Nom'l 


• 27 
.44 

2.68 


2 

.36 
•59 

3.61 


.57 
.91 

5.74 


3 

■75 
1.20 

7.54 


3A 

• 93 
1.60 

9.00 


4 


4K 


5 


6 


7 


8 

2 95 

5.20 

23. 18 


9 

3.80 

33-76 


10 
4-50 

40.02 


11 


12 


Plain, price p. ft. 
Galvanized, *' 
W'g't, p. ft. plain 
lbs. nominal. . 


1.07 
1-75 

10.66 


1.40 

2.30 

12.34 


1.55 

2.55 

14.50 


1^95 
3.20 

18.76 


2.53 
4-30 

23.27 


45.00 


49.00 



Wrought Iron Pipe Cut and Fitted from Plans or Specifications furnished. 
Wrought Iron Pipe. — See next page for dimensions, capacities, etc. 



EXTRA STRONG AND DOUBLE EXTRA STRONG 
WROUGHT IRON WELDED PIPE. 



Nominal 


Actual 


Thickness 


Thickness, 


Actual 


Actual Inside 


Price, 


Price, per Ft. 


Diameter. 


Outside Diam. 


Extra Strong. 


Double 


Inside Diam. 


Diam. Double 


per Foot, 


Double 






Extra Strong. 


Extra Strong. 


Extra Strong. 


Extra Strong. 


Extra Strong. 


Inches. 


Inches. 


Inches. 


Inches. 


Inches. 


Inches. 






% 


0.405 


0. 100 




0.205 




.22 




\i 


0.54 


0. 123 




294 




•17 




% 


0.675 


0. 127 




421 




.17 






0.84 


0.149 


0.298 


0.542 


0.244 


.19 


•50 


1.05 


0.157 


0.314 


0.736 


0.422 


.20 


.60 


I 


1-315 


182 


0.364 


0.951 


0.587 


.29 


.75 


i^ 


1.66 


0.194 


0.388 


1.272 


0.885 


•39 


.85 


i^ 


1.9 


0.203 


0.406 


1.494 


1.088 


.48 


1. 10 


2 


2.375 


0.221 


0.442 


1-933 


I. 491 


.63 


1.60 


2% 


2.875 


0.280 


0. 560 


2.315 


1-755 


I.I5 


2.30 


k 


3-5 


0.304 


0.608 


2.892 


2.284 


1.50 


3-25 


4.0 


0.321 


0.642 


3.358 


2. 716 


I. go 


4.20 


^ 


4-5 


0.341 


0.682 


3.818 


3.136 


2.15 


4-85 



Extra and Double Extra Strong Wrought Iron Pipe is furnished with plain ends, and is 
threaded only when so ordered. 



SPECIAL TUBING. 

We are prepared to furnish special tubing of any practicable internal or external diam- 
eter or thickness. 

Such special tubing is made usually to sample or specification. 

Price per pound will be quoted on application, based upon current cost at time of inquiry. 



NASON MANUFACTURING COMPANY NEW YORK. 



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10 



NASON MANUFACTURING COMPANY, NEW YORK. 



PRICE FOR PIPE CUTTING. 

(ONE CUT AND THREAD.) 



Size, inches. 
Price 


.06 


X 
.06 


.06 


.06 


H I iX iK 2 2>^ 
.06 .06 .08 .10 .14 .20 


3 
•30 


y/2 
.40 




Size, inches. 
Price 


4 
.40 


4K 
•50 


5 
.60 


6 

80 


7 8 9 10 12 14 
1.00 1.20 2.00 2.50 3.50 6.00 


15 
6.50 


16 
7.00 


Price for Cutting Extra 
Price for Cutting Doub 


Strong 
e Extra 


Pipe, double above rates. 
Strong Pipe, three times above rates. 







HEAVY DRIVE WELL PIPE. 

WITH THE ALLISON PATENT VANISHING THREAD. 





Weight 1 


"ull Lengths. 


Half Lengths. 1 


'hird Lengths. 


Fourth 


^engths. 


Diameter, 


Per Foot. 


Per Foot. 


Per Foot. 


Per] 


Foot. 


Per Foot. 


Inside. 


















Pounds. 




















Bl 


ack. 


Galvan'ed. 


Black. 


Galvan'ed. Bl 


ack. 


Galvan''ed. 


Black. 


Galvan'ed. 


xX 


3.00 


17 


.22 


.19 


.27 


21 


.29 


.22 


.31 


^Vz 


3-63 


17 


•23 


.19 


.29 


21 


•31 


.22 


•33 


2 


5.00 


22 


.30 


.24 


.37 


26 


•39 


.28 


.41 


2^ 


5-74 


24 


.34 


.27 


•43 


30 


.46 


•33 


•49 


3 


7-54 


30 


.44 


•33 


•53 


37 


.57 


.40 


.62 


3% 


9.00 


36 


•52 


.41 


.66 


47 


•72 


•53 


.78 


4 


10.66 


43 


.61 


.48 


•77 


54 


.84 


.60 


.91 


4K 


12.34 


51 


.72 


.58 


.91 


64 


•99 


•71 


1.07 


5 


14.50 


59 


.84 


.67 


1.09 


75 


1.22 


.83 


i^35 


6 


18.76 


74 


1.06 


.83 


1.36 


92 


1.48 


1. 01 


1. 61 


7 


23.27 


98 


1.38 


I-I5 


1.78 I 


32 


1.98 


1.50 


2.17 


8 


28.18 I 


15 


1. 61 


1.32 


2.07 I 


49 


2.27 


1.67 


2.46 



Full lengths range from 18 to 20 feet. 
Half " " " 9 to 10 " 

Each length is fitted with one coupling without extra charge 



Third lengths range from 6 to 7 feet. 
Fourth " " " 4 ft. 6 in. to 5 feet. 



STANDARD FULL WEIGHT DRIVE PIPE. 

Cut in lengths 3 feet to 9 feet long, and threaded specially so that the ends of pipe will butt together 

when screwed up ; with Patent Sockets. 

Specially Adapted for Driven Wells. 



Nominal Inside 
Diameter. 

Inches. 


Price per Foot. 


Weight per Foot. 
Pounds. 


Actual Outside 
Diameter. 

Inches. 


No. of Threads 
per inch of Screw. 


1% 


.20 


2.25 


1.66 


IlK 


1/2 


•25 


2.69 


1.90 


11^ 


2 


.28 


3-61 


2.37 


11^ 


2% 


•36 


5-74 


2.87 


8 


3 


•45 


7^54 


3^50 


8 



NASON MANUFACTURING COiMPANY, NEW YORK. 



II 



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■"^ 


n- Tj- 


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Nominal 

Weight 

Per Foot. 


in 

C 
3 
O 
Oh 


O 
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CO c> 

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O O oo O Tf o o 
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C^ M M 
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Price 

per 

Foot. 









— Prices on Appli 






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Inside 
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1« 

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„l«o veo CO ^co 

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No. of 

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Nominal 

Weight 

Per Foot. 


•ji 

C 
3 



co»nOir)COOOOcoOOC»Oco-1-xr)Mr-^OOOC^iocOMOt^ 
M -fiH "^t^vnO CO r^co c^o rj-mcovoTtOO Oco r-^ co i^ O O "^ 


cocOTj-rj-'^iovOOO r^QOoo M M cotno i^"-" too O com r^i- 

Ml-iMMMMMC^acaCOCOTl-'rl-U-) 


Thickness 

Nearest 

Bmg. W. G. 


mm-mihmOOOOQ^O 0^00 ocoooo r^i^r^o mtriTi-cOM M ci 


Actual 

Outside 

Diameter. 


4) 

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cq cocOcocOTj-rj-Ttrtxnvniooo r->r-^oooo OO O ^ o\ co-fuio 


Price 

per 

Foot. 




W rtr^o coo-fOoo covnr^o ^ O r^O coO O 
cOcocot'^l-io in moOO r^OO O cO'^tO O 




Nominal 

Inside 

Diameter. 


U 
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NASON MANUFACTURING COMPANY, NEW YORK. 



13 



DOUBLE GALVANIZED SPIRAL RIVETED 
FLANGED PRESSURE PIPE. 




Made of Galvanized Iron, and Re-Galvanized after formation, thereby making all Seams and 

Laps perfectly solid. 

Each length tested to 150 pounds hydraulic pressure, suitable for exhaust steam, exhaust -steam 

heating, pump suctions, pump columns, compressed air, refrigerating pipe, etc. 



Inside Diameter, inches. 



Price per Foot, includ. Flanges 
Thickness, Birm'gh'mGauge. No. 1 20 
Nominal Weight per foot, lbs 



3 


4 


5 


6 


7 


8 


9 


10 


12 


14 


16 


18 


.50 


.70 


I. GO 


1.20 


1.40 


1.70 


2.00 


2.60 


3 15 


4.00 


5.15 


6.40 


20 


20 


20 


18 


18 


18 


18 


16 


16 


14 


14 


14 


2M 


3 


4 


5 


6 


7 


8 


II 


14 


20 


24 


29 



20 

7-95 
14 
34 



GALVANIZED CAST AND WROUGHT IRON FIT- 
TINGS, FOR FLANGED SPIRAL PIPE. 







ELBOW. 



TEE. 



CROSS. 



REDUCER. 



Inside 
Diameter. 


Elbows. 


Tees. 


Crosses. 


Reducers 


Flanges. 


Disks or 

Blind 
Flanges. 


Bolts 
and Nuts. 


Composition 
Gaskets. 


3 in- 


1.60 


2 75 


4-15 




•39 


-45 


.04 


.09 


4 


2.10 


3.25 


5-30 


* 3.00 


.52 


-65 


.04 


.10 


5 " 


2.85 


4.40 


6.70 


* 3-50 


.65 


.78 


.04 


.12 


6 " 


4.10 


5-70 


8.00 


* 4.75 


.78 


1. 17 


-04^ 


.16 


7 " 


5.10 


7-30 


11.00 


* 5-50 


1.04 


1.56 


.04^ 


.18 


8 " 


6.70 


9.80 


14.25 


* 6.50 


1. 17 


1.82 


.04^ 


•23 


9 " 


9.00 


13.80 


18.80 


* 8.00 


1.56 


2.34 


•04^4 


.31 


10 " 


10.00 


17.60 


24-50 


*I0.25 


1.82 


2.47 


.04% 


.40 


II " 


*i3.oo 


*20.00 


■*26. 50 


*I2.00 


1-95 


3-25 


.04K 


.45 


12 " 


15.80 


22.50 


30.00 


*i3.oo 


2.08 


3 90 


-04^ 


.50 


13 " 


19-15 


*25.oo 


*33-5o 


*i4.6o 


2.34 


4-55 


.04^ 


.56 


14 " 


^22.30 


*30.5o 


*38.oo 


*i6.5o 


2.60 


5.46 


.05 


.63 


15 " , 


26.00 


*37.oo 


*45.oo 


*i8.40 


3.12 


5.98 


.05 


•75 


16 " 


*30.oo 


*44.oo 


*53.oo 


*21.30 


4.42 


6.76 


■05 


.90 


18 " 


*34-oo 


*5o.oo 


*59.oo 


*26.00 


5.07 


9.10 


•05 


1.08 


2C '• 


*38.5o 


*56.oo 


*67.oo 


*29.40 


5.59 


II . 70 ' 


.05 


1.25 



*A11 Fittings marked thus are riveted sheet iron, all others are cast iron. 

Fittings of any design made to order. 

The Flanges can be tapped to suit Wrought Iron Pipe if required. 



14 



NASON MANUFACTURING COMPANY, NEW YORK. 



CORRUGATED LEADER PIPE, ELBOWS and SHOES. 




ROUND GALVANIZED EXPANDING CONDUCTOR. 



2 inch, per foot. 

3 " 

4 " 

5 " 

6 " 



(( (( 



.13 
• 15 
.20 

•25 
.30 



ROUND ELBOWS. 



ROUND SHOES. 




2 inch Round Elbows .25 

3 « ' ' * " .30 

4 " " " --- .40 

5 " " " .50 

6 •* " " 60 






2 inch Round Shoes 30 

3 " " " ---- - -36 

4 " " "■ ---- - -48 

5 " " " .60 

6 " " " 72 




SQUARE GALVANIZED CONDUCTOR 

2^^ X i3^ inches, per foot - - ^4 

31^x2^ " " " ---- - -16 

4^X2^^ " " " -21 



5 ^3% 



26 



SQUARE ELBOWS. 




2 inch Square Elbows 30 

3 " " " .36 

4 " " " - - ---- 48 

5 " " •' -- 



60 



SQUARE SHOES. 




Right and Left Elbows, Angle Equal to No. 3, Price Same as Square Elbows. 



NASON MANUFACTURING COMPANY, NEW YORK. 



15 



GALVANIZED ROUND PIPE, PLAIN AND COR- 
RUGATED. 

MADE IN TEN-FOOT LENGTHS, WITHOUT CROSS SEAMS. 




.25 



6 
30 



No. 28. Iron. Sizes. 234 
Per foot. .13 .15 .20 

Same list for Plain and Corrugated. Suitable as con- 
ductor, air, ventilation pipes, etc. 




PATENT ADJUSTABLE ELBOWS. 

PER DOZEN. 



Sizes, 



2>l2 



^Yz 



4^ 




Tin, $1.80 1.80 2.40 2.40 3.60 3.60 4.S0 4.80 6.60 6.60 
Galv., 2 40 2.40 3.00 3.60 4.20 4.80 5.40 6.60 7.80 8.40 
Black, -- -- -- .. -- 3.00 3.00 3.50 4.50 4.50 



FOUR-PIECE STIFF ELBOWS. 




Sizes 


4 


4K 


5 


s% 


6 


7 


8 


Charcoal per doz.. 


$1.65 


T.85 


2.00 


2.10 


2.30 


2.75 


4.50 


Russia, 


3.00 


3.75 


4-50 


5-15 


5.55 


7.00 




Galvanized *' 


3.50 


3.75 


4.00 


5-50 


6.00 


7.00 


9 00 



LEADER PIPE BENDS. 



No. I. 



No. 2. 



2-Inch. 

3 " - 

4 " - 

5 " - 

6 " . 



GALVANIZED IRON. 

Size No. I. No. 2. 

2-In., per doz., $1.10 i.io 

3 " " 1.30 1.30 

4 " " 1.60 I 60 

5 " " 2.00 2.00 

6 " " 2.50 2.50 

COPPER LEADER 
Plain Round. 

.25 
•34 



No. 3. 

1.20 

1.30 

1.60 

2.00 

2.50 




40 

45 
50 



PIPE. 

Round Corrugated. 

28 
'35 
41 
47 
58 



No. 3. 



Square Corrugated. 
•30 
•37 
•42 
•50 



-COPPER ELBOWS- 



2 inch. 

3 " 

4 " - 

5 " - 

6 " . 



Round Cor. 
.40 
.50 
.60 

.75 
.go 



Square Cor. 
.45 
.55 
.65 
.80 



, — COPPER SHOES — , 
Round Cor. Square Cor. 

.45 .55 

•55 -65 

.65 -75 

.80 .90 

•95 




Right and Left Elbows. Price same as Square Elbows 

CAST-IRON BOOTS AND SEWER CONNECTIONS. 
With or Without Lugs. 



3 Inch, each. 
4 

5 " 

6 " •' - 



-$3.00 
4.00 
5.00 

. 6 00 



4% feet long. 



i6 



NASON MANUFACTURING COMPANY, NEW YORK. 



GALVANIZED IRON EAVE TROUGH. 




Size 

Per foot 



Made with both edges beaded when required ; also extra leng:th backs. 

, 3456 

13 -16 .19 .23 

Size taken inside of bead. Add 3 cts. to list price for double beaded. 



7 
.27 



8 
.30 



GALVANIZED STEEL LAP-JOINT MITRES. 





Mitres ready for 
use kept in stock 
Lap Joint. 



OUTER CORNER MITRE. INNER CORNER MITRE. 

Size 34567 

Per dozen.. 3-oo 3.25 3.50 4.00 5.00 

MALLEABLE IRON ADJUSTABLE 
EAVE TROUGH HANGERS. 

Size 3 4 5 6 7 

Galvanized, per 100 2.60 2.75 4.75 5.50 6.00 

Black, per 100 2.00 2.50 3.50 4.00 5.00 

SHANKS. 




6.50 



8 
7-25 
5.50 



N0.7 





4 


5 


6 


7 


8 


3.00 


4. CO 


4-25 


4.75 


5-25 


2.25 


3. CO 


3-50 


3-75 


4.00 



Size 3 

Galvanized, per 100 2.60 

Black, " TOO 2.00 

^^ WROUGHT IRON GUTTER BRACES. 

Length ^ i<^ { Galv., .23 each ; Black, .17 each. Length ^ 18 C Oalv., .26 each ; Black, .20 each. 



CONDUCTOR STRAINERS. 



LEADER HOOKS. 





Size 2345 

Galvanized, per doz. . 2.50 3.00 3.50 5.00 

Size 6 8 10 12 

Galvanized, per doz. . 6.00 10.50 15.00 18.00 



Size, Inches 2 

Each, Galvanized . . . .05 

" Black 04 

Size, Inches 7 

Each, Galvanized ... .19 

" Black 16 



2K 


3 


3V.< 


4 


5 


6 


05 


.06 


.07 


.08 


.12 


•15 


04 


•05 


.05 


.06 


.09 


.11 


8 


Q 


10 


11 


12 




24 


•30 


•39 


.48 


.60 




18 


•23 


•30 


•37 


.45 





NASON MANUFACTURING COMPANY, NEW YORK. 



17 



CAST IRON FITTINGS. 

LIST OF STANDARD SIZES.— (Adopted June 24, 1897.) 

Sizes not mentioned in tiie following list are to be charged at five (b%) per cent, gross discount higher 
rviiTiH i-r, the "Standard Sizes."' 



Note 
than those found in the 



Elbows, not reducing, 14 to 12-inch inclusive. 

45^ Elbows, % to 12-inch inclusive. 

Right and Left Elbows, 14 to 3 inch inclusive. 

Tees, not reducing, 14 to 12-inch inclusive 

Crosses, not reducing, % to 12-inch inclusive. 

Offsets, to offset 4, 6 and 8 inches, -^ to 6 inch inclusive. 

Ys, not reducing, 14 to 10-inch inclusive 



Return Bends, Close, 1^ to 3-inch inclusive. 
Return Bends, Open, i^ to 3-inch inclusive. 
Flange Unions, Voto 12-inch inclusive. 
Caps, 2 to 12-inch inclusive. 
Locknute, 2 to 12-inch inclusive. 
Plugs, J4 to 12 inch inclusive. 



ELBOWS.— REDUCING SIZES. 



^ X % 


m X 1 


2 X 1^ 


3 X 21^ 


4 X 3 


6 X 5 


%x V2 


mx ^ 


2 X IX 
2 X 1 


3 X 2 


4 x2>^ 


6 X 4 


1 X H 


IK X 114 


2«^ X 2 


3^ X 3 


4^ x4 




1 X Vz 


IJ^x 1 


2^x1^ 






8 X 6 




l!^x 9i 




4 X 31^ 


5 X 4 





REDUCING COUPLINGS. 



21^ X 2 

23^ X 1^ 



X 2^ 
X 2 
X 3 



m x2K 

4 X SH 

4 X 3 

4 X 81^ 

4 X 2 




10 X 8 
12 X 10 



TEES.— REDUCING SIZES. 
Note.— Tees which reduce on the outlet, thus : 

m 

2 I 2 



Tees reducing'on run, thus: 

m 
2 I m 



are read, 2xlJ4- are read, 2xli^xli4. 

Tees with both ends of run the same size, with the outlet larger, thus : 

2 

111 





are known as Bull Head, and are read 1x2. 




Reducing on Outlet. 


Reducing on Outlet. 


Bull Head. 


Reducing on Run. 


^x % 


4 X 2 


% X 1^ 


J^ X % X 1^ 


Mx H 


4 xli^ 
4 X 1)4 




^2 X % X % 


%x % 

1 X K 


4 X 1 

4 X M 


^ X 1 

^x % 


MX 1^x1 

M X V^ X % 


1 X H 


41^ X 4 
AY2 X 3V^ 




M X J^ X 1^ 


1 X % 


94x2 


M X % X M 


114 X 1 

1^ X % 


41^ X 3 
4}^ X 21^ 
41^ X 2 


%xlV^ 
%xl^ 
Mxl 


M X % X % 

1 X ?i X 2 

1 X 94 X 1^ 


1}4 X IH 

\\i X 1 
11^ X % 

l^x 1^ 


5 X 4 
5 X W2 
5 X 3 
5 X 21^ 
5 X 2 


1 X 2 
1 X 1% 

1 X m 


1 X HxiH 

1 X 94 X 1 

1 X 94 X 94 
1 X 94 X ^ 
1 X 14 X 1 


2 xlH 

2x1^ 
2 X 1 


5 X \% 

5 X 1)4 

6 X 5 


13^ X 2 
m X 1^ 


1 X i^x 94 

1 X 1^ X 1^ 
1 X % X 1 


2 X 94 


6 X 4 






2 X ^ 


6 X 31^ 


lV^x2i^ 


1J< X 1 X 2 




6 X 3 


1^x2 


m X 1 xvA 


21^ X 2 


6 X 2% 




134 X 1 X 1^ 


21^x11^ 


6 X 2 




1J4 X 1 X 1 


21^x114 




2 X 3 


1J4 X 1 X % 


2V^ X 1 


7 X 6 


2 x2^ 


1^ X 1 X 14 


2^ii % 


7 X 5 




Wax 94 X 2 


3 x2i^ 
3 X 2 


7 X 4 

8 X 6 


21^ X 4 
21^ X 3 


IH X 94 X 11^ 
IH X 94 X 114 
IM X 94 X 1 


3 X IJ^ 


8 X 5 




Wax 94 X 94 


3 X 114 


8 X 4 




114 X 14 X lU 


3 X 1 

3 X X 


8 X 31^ 
8 X 3 
8 X 21^ 


6 X 4 
3 X 3H 


1>4 X 1/2 X 114 


31^ X 3 
3!^ X 2^ 


8 X 2 


31^ X 4 
4 X 6 
4 X 5 


11^ X 114 X 2 
IX X 1 X 2 


31^ X 2 


10 X 8 


11^ X 9^ X 2 


3^ X m 


10 X 6 


11^ X IYa X l\i 


31^ X 114 


10 X 5 




IMxWax 114 


3^ X 1 


10 X 4 


5 X 6 


IV^ X IJ4 X 1 
m X 1^ X 94 


4 X 31^ 


12 X 10 




IVaxVXx \i 


4 X 3 


12 X 8 


6 X 8 


15^ X 1 X IV^ 


4 x2i^ 


12 X 6 


6 X 7 


11^ X 1 X 1^ 



i8 



NASON MANUFACTURING COMPANY, NEW YORK. 



CAST IRON FITTINGS. 

LIST OF STANDARD SIZES.— (Adopted June 24, 1897.) 
TEES.— REDUCING SIZES. 



Reducing 


Reducing 


Reducing 


Reducing 


Reducing 


Reducing 


on Run. 


on Run. 


on Run. 


on Run. 


on Run. 


on Run. 


11^x1 xl 


2 X 1 X IM 


3 X 2i^ X 21^ 


31^ X 2 x 31^ 


4x2 X 21^ 


6x4 


X G 


mxl X u 


2 xl xl 


3 X 21^ X 2 


3^x11^x31^ 


4x2 x2 


6x3 


X 6 


li^xl X 1^ 


2 xl X % 


3 X 2^ X IH 


314 X 114 X 31^ 


4x2 xli^ 


6 X 21^ X 6 


l}4x Hxl}4 


2 X %x2 


3 X 21^x134 


314 X 1 X 31^ 


4 X 1^x4 






114 X HxlH 


2 X ^xl^ 


3 x2y«x\ 




4 x 1J4 X 4 


7x6 


X 7 


iy»x %xi 


2 X 1^x2 


3 X 2 x3 


4 X 31^ X 31^: 


4x1 x4 


7x6 


X 6 


ly^x Hx % 




3 .X 2 X 2^ 


4 X 3K X 3 




7x6 


X 5 


ly^x y«xiY2 


21.^ X 2 X 3 


3 x2 x2 


4 X 31^x2^: 


5x4 X 5 


7x5 


X 5 


114 X ^xl^ 


21^ X 2 X 2>^ 


3 X 2 X 11^ 


4 x3 x4 


5x4 X 4 








2«^ X 2 X 2 


3 x2 XI14 


4 X 3 X 31^ 


5x4 X 3 


8x7 


X 6 


2 X 11^x21^ 


2^x2 xli^ 


3x2x1 


4 x3 x3 


5x4 X 23^ 


8x6 


X 8 


2 X 11^x2 


21^ X 2 X IM 


3 X 11^x3 


4 X 3 X 21^ 


5x4 x2 


8x6 


X 7 


2 xl]4xl)4 


21^ X 2 X 1 


3 X 13^x214 


4 x3 x2 


5x3 x5 


8x6 


X 6 


2 xl^xlH 


21^ X 1^ X 214 


3 xl(^x2 


4 x3 x\\i 


5x3 x4 


8x5 


X 8 


2 xlV^xl 


Wz xj^ X 2 


3 X 11^x3 


4 x3 xl^ 


5x3 x3 


8x5 


X 5 


2 xli^x % 


2)^ X 11^ X \H. 


3 xl x3 


4 x3 xl , 


5x3 X 21^ 


8x4 


X 8 


2 x\\ix Ya 


21^x11^x114 




4 x3 X % 


5x3 x2 






2 xl^x2 


21^ X 11^ X 1 


31^ X 3 X 3 


4 X 21^ X 4 


5x21^x5 


10x8 


X 8 


2 x\Mx\M 


21^ X 1!4 X 21^ 


31^ X 3 X 21^ 


4 X 21^x3 


5 X 21^ X 4 






2 X 11/4 X IJ4 


21^ X 114 X 2 


31^ X 3 X 2 


4 X 2K X 21^ 


5 X 21/0 X 3 


12x8 


xlO 


2 xl^xl 


21^ X 1 X 2H 


31^ X 3 X m 


4 x2!^x2 


5x2 x5 


12x8 


X 8 


2 xlHx H 


21^ X 9^x2>t 


3!^x2V^x3 1 


4 X 21^ X 11^ 








2 xl x2 




3V^ X 21^ X 21^ 


4x2x4 


6x5 X 6 






2 xl xli^ 


3 X 21^ x 3 


3U;x 21^x2 


4 x2 x3 


6x5 X 5 







Note. — When the opposite openings of a Cross Note. 
are of the same size, thus : thus : 



CROSSES.— REDUCING SIZES. 

When a Cross reduces on the run. 



m 



-1^ 



W4, 

It is called a 2 x i"^ Cross. 



13^ 
It is called a2xii^xi3^ Cross. 



Reducing on 


Reducing on 


Reducing on 


Reducing on 


Reducing on 


Reducing on 


Reducing on 


Outlets. 


Outlets. 


Outlets. 


Outlets. 


Outlets. 


Outlets. 


Outlets. 


^x % 


1J4X % 


2 xl 


3 x2 


4 x3»^ 


6 x5 


8x7 


J4X ^ 


l^x ^ 


2 X H 


3 xli^ 
3 XI14 


4 x3 
4x2^ 


6 x4 

6 x3i4 


8x6 


%x % 


l^xlM 


21^x2 


3 xl 


4 x2 


6 x3 


10 X 8 


%^ ^ 


1^x1 


21^x1!^ 


3 X % 




6 x2i^ 


10 X 7 




IV^x 34 


21/^ X IM 




5 x4 


6 x2 




1 X % 


IJ^x 1^ 


2^x1 


3^x3 


5 x3 




12 xlO 


1 X ^ 




2j^x 3^ 


33*^x21^ 


5 x2i^ 


7x6 


12 X h 




2 xl>^ 




31^x2 


5 x2 


7x5 




13^x1 


2 xlH 


3 x2!^ 











BUSHINGS. 

Note. — Bushings reducing but one size, 23/3 and smaller, are Malleable, and will be found 
among Malleable Fittings. 



^x H 


l^x M 


3 x2 


4 x2X 


5 x3 


7x41^ 


9x 7 




11^ X 1^ 


3 xli^ 


4 x2 


5 x2i^ 


7x4 


9x6 


H^i % 




3 XI14 


4 xli^ 


5 x2 


7x31^ 




%x 14 


2 xlJ4 


3 xl 


4 XI14 




7x3 


10 X 8 




2 xl 




4 xl 


6x5 


7x21^ 


10 X 6 


1 X M 


2 X % 


3!^x3 




6x4X 


7x2 




1 X % 


2 X Yq 


31^x2^ 


41^x4 


6x4 




12x10 


1 X ^ 




31^ X 2 


41^x31^ 


6x3!^ 


8x7 


12 X 8 




2^x13^ 


3J^xli^ 


4^x3 


6x3 


8x6 


12 X 6 


mx M 


2^x114 


31^ x IV4 


4>^x23^ 


6x21^ 


8x6 




mx y^ 


2^x1 


31^x1 




6x2 


8x4 




mx % 


2>tx H 


4 x3i^ 


5 x4^ 
5 x4 


7x6 


8x3 




1^x1 


3 x2^ 


4 x3 


5 x3i^ 


7x5 


9x8 1 





NASON MANUFACTURING COMPANY, NEW YORK. 



19 



CAST IRON FITTINGS. 




ELBOW 




REDUCING ELBOW. 



ELBOWS— STRAIGHT SIZES. 

Size 14 M ^ % I ^M 

Each .05 .05 .06 .08 .iqI/^ .16 

Size - 13^ 2 23^ 3 

Each .20 .28 .50 .75 

Size --.. 3^ 4 4K 5 6 1 

Each - 1.05 1.20 1.75 2.00 2.7b 4.70 

Size _ 8 9 10 12 

Each. -- 6 75 9.00 13.50 20.00 

ELBOWS— REDUCING SIZES. 

Size % y^ % I i^ i^ 

Each .06 .07 .09 .12 18 .23 

Size 23^ 3 3^^ 4 4K 5 6 

Each- -- .66 .85 i 20 1.40 2.00 2.30 3.15 

Size. 7 8 9 10 12 

Each 5.40 7.75 10.50 15.50 23.00 



2 

32 




R. AND L. ELBOW. 




'° ELBOW. 



ELBOWS— RIGHT AND LEFT, 

AND LEFT HAND. 

Size...._ Va % ¥2 % 

Each .06 .06 .07 .09 

Size 13^ 2 2i^ 3 

Each .23 .32 .60 .85 

ELBOWS— 45° 

Size M % % ^ 

Each .06 .06 .07 .10 

Size ii^ 2 23^ 3 

Each .24 .34 .60 .90 

Size 3^ 4 43^ 5 

Each 1.25 1.45 2.20 2.50 

Size 89 10 12 

Each 8.50 11.25 17.00 25.00 



I 
.12 



I 
12 



6 
3-45 



Lists for Galvanized Cast Iron Fittings, page 24. 
Schedule of Reducing Sizes, pages 17 and 18. 



.18 



1^4 
.19 



7 
5-90 



20 



NASON MANUFACTURING COMPANY, NEW YORK. 



CAST IRON FITTINGS.— Continued. 




TEE. 




REDUCING TEE. 




CROSS. 




REDUCING CROSS. 



TEES— STRAIGHT SIZES. 



Size- 
Each. 

Size- 
Each. 



Size. 
Each. 



K 


^8 


Yt 


V^ 


I 


^H 


i^ 


.08 


.08 


.09 


.12 


•15 


• 23 


•29 


2 


2K 


3 


3K 


4 


aVi 


5 


.41 


•73 


1. 10 


I 50 


1-75 


2-55 


3.00 


6 


7 


8 


9 


10 


12 





4 00 6. So g.75 13.00 19.50 29.00 



TEES— REDUCING SIZES. 



Size. . 
Each. 

Size. 
Each. 



% 


% 


% 


I 


iJi 


iK 


2 


.09 


.10 


,14 


.17 


.27 


.33 


■47 


2^ 


3 


'iM 


4 


4K 


5 


6 


83 


1-25 


I 75 


2 00 


2-95 


350 


4.60 



Size. 
Each. 



10 



12 



7.80 II 25 15.00 22.50 33-50 



CROSSES— STRAIGHT SIZES. 



Size.. 
Each. 



--- % 
15 

Size 23^ 

Each 1.30 

Size 7 

Each -12 25 



.16 

3 
2.00 



.22 

3^ 
2.70 



\\ 



.27 

4 

3.15 

10 



'4 
42 



^2 

53 



2 

•75 

A% 5 6 

4.60 5.50 7.25 

12 



17-50 23 50 35.00 52.50 



CROSSES— REDUCING SIZES. 



Size. 
Each. 



Size 

Each 

Size 

Each 



^ 


/4 


I 


^M 


iK 


2 


.18 


•25 


30 


.46 


.60 


.83 


2^ 


3 


3^ 


4 


aVi 


5 


1-45 


2.20 


3.00 


3 50 


5- 10 


6.00 


6 


7 


8 


9 


10 


12 


8.00 


13-50 


1925 


26.00 


38.50 


58.00 




REDUCING COUPLING. 



Size 

Each-. 

Size 



REDUCING COUPLINGS. 



1.^2 



2 

•43 
6 



2K 
.60 



3 
80 



5/2 
1 .00 



4 
1-35 

10 



4K 
1.85 



12 



Each 2.00 2 70 5.35 6.75 8.35 10.00 15.00 

Lists for Galvanized Cast Iron Fittings, page 24, 
Schedule of Reducing Sizes, pages 17 and i8. 



NASON MANUFACTURING COMPANY. NEW YORK. 



21 



CAST IRON FITTINGS.— Continued. 



OFFSETS. 




OFFSET. 



Size f 

To Offset 4 in 45 

Size 3 

To Offset 4 in 4.00 

Size I 

To Offset 6 in 67 

Size 3 

To Offset 6 in. ..6.00 

Size I 

To Offset 8 in 90 

Size. 3 

To Offset 8 in 8.00 



I 

.70 


1. 00 


1.20 


2 

1.80 


2^ 
3.00 


3h 
5.00 




4 
6.00 


5 
8.00 


6 

10.00 


I 
1.05 


1.50 


1.80 


2 
2.70 


2i 
4-50 


3i 
7-50 




4 
9.00 


5 
12.00 


6 
15.00 


I 
1.40 


2.00 


2.40 


2 
3.60 


2i 
6.00 


3h 
10.00 




4 
12.00 


5 
16.00 


6 

20.00 




FLANGE UNION. 



FLANGE UNIONS. 

Size J I I 14 i^ 2 2I 3 3i 

Diam. of Flanges., 2i^ 3tV 32 3li 41 5g ^Jg 6| 7^ 

Number of Bolts. - . 3334444 4 4 

Each 40 .46 .52 .64 .78 1. 00 1.25 1.50 1.80 

Size .4 4§ 5 6 7 8 9 10 12 

Diam. of Flanges.. 7^§ 84 9^'^ 10 iij^g 12^ 13I 15 jV 17^ 

Number of Bolts... 4556789 10 12 

Each 2.10 2.70 3.15 3.95 5.50 7.00 10.00 11.50 16.00 




SIDE OUTLET ELBOW. 



SIDE OUTLET ELBOWS. 

Size i I 1 14 i| 2 

Each..,. 18 .24 .30 .48 .60 .84 

Size , 4 4i 5 6 7 8 

Each.. 3.60 5.25 6.00 8.25 



1.50 



3 

2.25 



3^ 
3- 15 




SIDE OUTLET TEES. 

Size at I 14 i^ 2 

Each .27 .36 .45 .70 .90 1.25 

Size 3 33 4 42 5 

Each 3.25 4.50 5.25 7.65 9.00 



2.25 

6 
12.00 



SIDE OUTLET TEE. 



Lists for Galvanized Cast Iron Fittings, page 24, 
Schedule of Reducing Sizes, pages 17 and 18. 



22 



NASON MANUFACTURING COMPANY, NEW YORK. 




CAST IRON FITTINGS. -Continued. 

OFFSET REDUCING COUPLINGS. 

Size 23^x1 1/4 23^x13^ 23^x2 3x2 3x23^ 

Each 1.50 1.50 I 50 2.40 2.40 

Size 31^x3 3^x21^ 4x33^ 4x3 5x4 6x4 

Each 3.00 3.00 4 00 4.00 6.00 8.00 



O F R S h' r 
REDUCING COUPLTNO. 




ECCENTRIC REDUCERS. 

Size 1 34 1 3^ 2 

Each 25 .36 



m:/poc^/?s 



Size.. 
Each. 



11^x114 

I^XI 

2 X 9i 

2 XlJ^ 
2 Xll4 



3K 
1.50 2 

SIZE 
aV^x % 

2V6^2 
2j^Xll^ 
2^X154 
2^4X1 
3 X2l/^ 
3 X2 

3 xi^ 
3 X1I4 
3 XI 



50 

4 5 

.00 3 . 00 

INCHES. 

3^x2!^ 

3V^X2 

31^x114 

3^xiM 
3}^xi 
4 X3I4 
4 X3 
4 X2I4 

4 X2 



21-2 

•75 



3 
1 .20 



4.00 10 00 



4Xil^ 

4X1I4 

4x1 

5x3^/9 

5x4 

5x3 

5x2}^ 

5x2 

5x1)^ 

5X1J4 



5x1 

6x5 

6x4 

1x3!^ 

6x3 

6x2)^ 

6x2 

6xii^ 

6x114 

6x1 




PLUG. 




"^T.UG. (Socket.) 



PLUGS— SQUARE HEAD AND SOLID. 

Size ig y^ % % % I ii^ 13.^ 2 2H 3 

Sq. Hd.,ea. .02 02 .02 03 .04 ,05 .07 .10 .18 25 

Solid, " .04 .04 .04 06 .08 .09 .11 .15 .27 .38 

Size 3% ^ 4% S 6 7 8 9 10 12 

Sq. Hd.,ea. .38 .42 .65 .88 1.20 1.85 2.75 325 3.75 5.00 

Solid, " .57 .63 I. GO 1.35 1.80 2.80 4 15 5 00 5.75 7 50 

PLUGS— SOCKET AND LEFT HAND. 

Size K M 1 i^ iM 2 

Socket Plugs .04 .06 .08 09 .11 .15 

Left Hand Plugs .06 ,08 .09 .11 .15 




3 3M 4 



CAPS. 

4^ 5 



10 



12 



26 .40 .54 .75 .87 1.05 1.20 1.55 2.50 2,85 4.75 5.50 7.00 



CAP. 




LOCKNUTS. 



LOCKNUT. 




Size.- 
Each- 

Size.- 
Each . 



BUSHING. 

Ileducc:. int-r-j th.Tn one size 



'■Vi 3 33^ 4 



10 



12 



.25 .27 .34 .47 .64 .85 .90 I .30 I .70 2.35 2.70 3.00 4.00 



7^ 
.04 

4 
•50 







BUSHINGS. 








V2 


M 


I i}i 


i^ 


2 2}i 3 


3K 


.04 


• 05 


.06 .07 


.09 


.14 .21 .30 


.40 


4% 


5 


6 7 


8 


9 10 


12 


•75 


•93 


1.25 1.87 


2.75 


3^25 3^75 


5.00 



Lists for Galvanized Cast Iron Fittings, page 24. 
Schedules of Reducing Sizes, pages 17 and 18. 



NASON MANUFACTURING COMPANY, NEW YORK. 



23 



CAST IRON FITTINGS.— Continued. 





Close. 

RETURN BENDS— CLOSE PATTERN. 

Size... -. --. y^ % \ \\i \\i 1 

Centre to centre i^s 1^3 i/^ sig 21^ 33^ 

Each .18 .20 .22 ,28 .40 .57 

Right and Left or L. H., each. .21 .23 .26 .33 .46 .66 

With Pitch, to order, each .23 .26 .33 



Open. 



2K 


3 


3^ 


4 


3^2 


^% 


4^ 


5% 


I .20 


1.70 


4.00 


5.o<; 


1.40 


1-95 







RETURN BENDS— OPEN PATTERN. 

Size y^ % I ij^ ii^ 2 

Centre to centre i*^ 2 2^^ 3 33^ 4 

Each 25 .26 .3p .40 .55 .80 

PJght and Left, or L. H., each_ 30 .30 .35 .46 .64 .92 



2^ 


3 


33^ 


J 16 


6tV 


1% 


1-35 


2.20 


4- so 


1-55 


2.50 





8K 

5-75 





Back Outlet. . Lateral Branch 
RETURN BENDS— BACK OUTLET. 

Size % I i/€ i^ 2 

Centre to centre.. 2!/^ 2%^ 3% 33^ 4 

Each .38 .42 .60 .80 1. 1 5 

"Y" BRANCHES. 

Size y % 1 ly 1% 2 2y 

Each .20 .28 .34 .54 .66 .94 1.66 

Reducing, each .23 .33 .40 .62 .76 1.08 r.90 

Size .- 4 ^y 5 6 7 8 10 

Each 4.00 590 7.00 9.20 15.60 22.50 45.00 

Reducing, each 4.60 6.80 8.00 10.60 18.00 26.00 51.75 

Lists for Galvanized Cast Iron Fittings, page 24. 
Schedule of Reducing Sizes, pages 17 and 18. 



5 
2.00 



3 

3.00 



3 

2.50 

2.90 

12 

67.00 

77.00 



3X2 
3-50 
4.00 



»4 



NASON MANUFACTURING COMPANY, NEW YORK. 



CO 

O 

H 

H 
I— I 

O 



H 

CO 

< 
U 

Q 
W 

M 

I— H 

> 

< 
o 



\* 



:^ 



o o o o o o 

o o o o o o 

O o "^ ^"O r-- m 
Tf vn '^ "^O O 



o o o o o o 
o o o o o o 

M CO CO f^ '^ 1^ 



o o o o o o 

O "^ o o o o 

CO N M vC O i^ 

M N M C^ CO '^ 



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NASON MANUFACTURING COMPANY, NEW YORK. 



25 



STANDARD CAST IRON FLANGES. 

NOT FACED OR DRILLED. 





. SOLID FLANGE. 
?5 per cent, higher than Common Flanges. 



COMMON. 



Size of Pipe. 


.22 
•25 

35 
■45 
•50 
.65 
•75 
.90 
1. 00 
1.25 


.22 
■ 25 

• 30 
•45 

• 50 
.60 

• 75 
.90 

1. 00 
I 25 


I 

.16 

• 25 

• 30 
.40 
.42 
.60 

• 75 
.90 

1. 00 

I.2S 

1-35 


.16 

•25 

•30 

.40 

.40 

.60 

.70 

.85 

.95 

1. 15 

1-35 

1. 00 

2.25 


i^ 


2 


2l^ 


3 


3^ 


4 


4?^ 


5 


6 


7 


8 


9 
.... 


10 


12 


14 


15 


Diam. 4 

" aU, 
















.22 
•30 
.40 
,40 

■% 

.85 
•95 
1-15 
1-35 
1.90 
2.25 
































'' fKo""*::::'" ' 


•35 

■35 

.42 

•50 

.62 

.80 

.90 

1. 10 

1.30 

1-75 

2.15 

2.50 






























.40 
.42 
•50 
.62 
.80 
.90 
I .10 
1-25 

1^75 
2.00 
2.50 
3.00 




























" 6 


•50 
•50 
.62 

•75 

.90 

1 . 10 


























" 6)^ 


•65 
•75 
•85 
.90 
T on 
















































" j\4 


.90 

.90 

1. 00 

i^i5 
1.50 

T - CO 






















" 8 






















" zu, 
























T. 15 1. 15 
1 . 60 I . 60 

1 .80 I . i;o 


i^i5 

1.25 
1.50 
1-75 


1.40 
1.50 
1.50 
1-75 


















" qU 






1.50 
1.50 
1.75 
2.20 
2.80 
3-25 
















10 






























2.20 


























3.002.75 
3-5o|3--50 


2.50 

3^25 
3^75 


2 .20 


^ Ro 












" XT, 


Q ,00 T .00 


2 . 80 2 bo 




























3^75 


3 50 


^.2S 3.25 ■^.75 


/1.03 
























_ 




4.00 4.00 4.00 4.50 
■; . oo ^ . 00 ^ 00 1; . 00 








" 16 ... 


























fi.oo 






" 17 




























6 5o6.i;o!; tcc 7^7. 00.... 




" 18 






























8 . 00 8 - 00 7 . 00 


7.00 
7. V3 






" 10 


































750 






' 20 


































8 . =;o 8 CO 








































9-50 











































Oval and curved flanges made to order at Special Prices. 



Galvanized Flanges at double the above Lists. 



STANDARD, SOLID AND ECCENTRIC FLANGES, 

FACED ONLY, OR FACED AND DRILLED. 



Pipe Size. 
Inches. 



2V6 

3 • 

4 

4^ 
5 
6 

7 
8 

9 
10 
12 
14 
15 
16 
18 
20 

82 
24 



Outside 
Diam. 



Inches. 



7 

7% 

8]^ 

9 

9^ 



i3>^ 

15 

16 

19 
21 

22^4 
23V^ 
25 
27^^ 

29}^ 

31}^ 



Price, 
Common Flanges. 



Table for Drilling. 



Faced. 
Each. 



1 .20 
1 .40 
1.60 
1.80 
2.15 
2 .50 
2.80 
3 20 
4.35 
5 00 
6.75 

7-75 
10 50 

13-75 
18.00 
22 . 50 
27.50 
30.00 

33-75 
41.00 



Faced and 

Drilled. 

Each. 



1,50 
2.00 
2.25 
2.50 
3.00 
3-3S 
3 65 
4.00 

5-75 

6. 50 

8.25 

9 25 

12. 50 

16.00 

21 .00 

26 oo 

31 .00 

34.00 

39.00 

46.00 



Bolt 
Circle. 
Inches. 



5^ 
6 

7 
7>i 

iVa 

8!^ 

9)^ 

loM 

11% 

13^ 

14K 

17 

18% 

20 

21H 

22M 

25 

27H 

29H 



Number 
of Bolts. 



16 
16 
16 



Size of 
Bolts. 



^X2 

Hx2^ 

3^X2^ 
i^X2^ 

%X3 
%X3 

%^->. 
%X3 

%X3 

%X4 

%X4 
c X4Vt 
[ X4\4 
I X4Vi 
[ X4|^ 



Price. 
Eccentric Flanges. 



Faced. 
Each. 



3 25 
3.60 

4 30 
5.00 
5.60 
6.40 
8 70 

10.00 
13 00 
15.00 

18. CO 

23 00 
30.00 

37-03 
40.00 

45 00 
50.00 
60.00 



Faced and 

Drilled. 

Each. 



4.00 
4.30 
5-15 
5-85 
6.50 

7-25 
10.00 
ir .50 
14.50 
16.50 
20 50 
26.00 
33^o:> 
41 .00 
45.00 
51 .00 
58.03 
68. o3 



Price, 
Solid Flanges. 



Faced. 
Each. 


Faced and 

Drilled. 

Each. 


1 .40 
1. 60 


1.70 
2.20 


1.85 
2.10 


2.50 
2.80 


2.50 


3-35 


2.90 


3-75 


3^25 


4.10 


3 70 
5.00 


4-50 
6.40 


5-75 


7-25 


7-75 
9.00 


9.25 
10 60 


14. CO 


16. OD 


17.50 


19 75 


22.50 

28. OD 

33 CO 


25 50 
31 50 
36.50 


36.00 
41.00 


40.00 
46.00 


50.00 


55.00 



The above Flanges are furnished Faced only, unless otherwise ordered. 



26 



NASON MANUFACTURING COMPANY, NEW YORK. 



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D ? 



NASON MANUFACTURING COMPANY, NEW YORK. 



BRANCH TEES. 



style A. 




ENDS 
CLOSEP. 



Style B. 



^ KN1>6 
CI'OSED. 




Style C>, 



KNDS 
CLOSF.D. 




Style D. 



No. Branches.. 
Price, each. . . . 


2 
.90 


3 
1-05 


and i^ inch Run 

456 
1. 15 1.35 1.60 


7 
1.90 


5| inch Branches. 

8 9 10 II 

2.20 2.65 3.15 3.75 


2 inch ' 
12 
4.40 


C. to C. 


No. Branches.. 
Price, each 


2 
.90 


T ; 

3 
1.05 


md i^ inch Run. 

456 
1. 15 1.35 1.60 


7 
1.90 


I inch Branches. 

8 9 10 II 

2.20 2.65 3.15 3.75 


2| inch 
12 13 
4.40 5.00 


C. to C. 


No. Branches.. 
Price, each 


2 
1. 00 


3 
115 


li inch Run. 
456 
1.30 1.45 1.75 


7 
2.20 


I inch Branches. 

8 9 10 II 

2.45 2.90 3.30 4.50 


2A inch 
12 ' 13 
4.75 5-50 


C. to C. 
14 15 16 
7.00 7.50 8.00 


No. Branches.. 
Price, each 


2 


3 
1-35 


2 inch Run. 
456 
1.60 1.85 2.10 


7 
2.45 


I inch Branches. 

8 9 10 II 

2.75 3-40 4-00 4.80 


2^ inch 
12 13 
5,10 6.00 


C. to C. 
14 15 16 
7-25 7-75 8.25 


No. Branches.. 
Price, each 


2 
1.75 


3 
2.05 


2| inch Run. 

456 
2.40 2.75 3.10 


7 
3- 50 


I inch Branches. 

8 9 10 II 

3-75 4-30 5-00 5-50 


2J inch 
12 13 
5-85 6.30 


C. to C. 


No. Branches.. 
Price, each. . . . 


2 
1.30 


3 
1.65 


and i4 inch Run 

4 ~ 5 6 
2.00 2.40 2.80 


7 
3.20 


i^ inch Branches. 

8 9 10 II 

3.60 4.30 4.80 5.00 


3 inch " 
12 13 
5.25 6.00 


C. to C. 


No. Branches.. 
Price, each. . . . 


2 

I-50 


3 
1.90 


2 inch Run. 
456 
2.40 2.90 3.30 


7 
390 


14 inch Branches. 

8 9 10 II 

4.50 5-25 5-85 6.25 


3 inch 
12 13 
6.50 7.00 


C. to C. 


No. Branches.. 
Price, each 


2 

1-95 


3 
2.40 


2i inch Run. 

456 
2.85 3-55 3-95 


7 
4.20 


ij inch Branches. 

8 9 10 II 

4.95 6.15 6.85 7.25 


3 inch 
12 13 
7.65 8.25 


C. to C. 


No. Branches . 
Price, each .... 


2 
2.10 


3 
2.70 


and 2 inch Run. 

456 
3.35 400 4.65 


7 
5-25 


i^ inch Branches. 

8 9 10 II 

5.85 6.50 7.60 8.00 


3| inch 
12 13 
8.50 9.50 


C. to C. 


No. Branches.. 
Price, each. . .. 


2 
2.85 


3 
3-45 


2i inch Run. 

456 
4.15 5.00 5.75 


7 
6,50 


lA inch Branches. 

8 9 10 II 

7.00 8.25 9.25 9.75 


3I inch 
12 13 
10.50 11.50 


C. to C. 


No. Branches.. 
Price, each 


2 
3-15 


3 
3.80 


3 inch Run. 
456 
4.60 5.50 6.25 


7 
7.25 


i| inch Branches. 

8 9 10 II 

7.75 9.00 10.00 10.75 


3i inch 
12 13 
11.50 12.75 


C. to C. 


No. Branches.. 
Price, each 


2 
4.10 


3 

5-25 


2 inch Run. 

456 
6.40 7.65 8.80 


7 
10.60 


2 inch Branches. 

8 9 10 II 

11.50 12.25 13.50 14.25 


4^ inch 
12 13 
15.00 16.00 


C. to C. 


No. Branches.. 
Price, each 


2 
4-50 


2j 

3 

5-75 


and 3 inch Run. 

456 
7.00 8.50 9.75 


7 
11-75 


2 inch Branches. 

8 9 10 II 

12-75 1350 1500 15.75 


4^ inch 
12 13 
16.50 17.50 


C. to C. 



All above prices are for Style A. Tees. 

Back or Side Outlets, as shown by Styles B, C and D, are charged as additional Front Outlets. 
»ot otherwise ordered, all openings are tapped right-hand. 

Back or Side Outlets larger than the size of Run will add 50 per cent, to above prices. 



When 



28 



NASON MANUFACTURING COMPANY, NEW YORK. 



LARGE MAxNIFOLDS OR BRANCH TEES. 

FOR DRY KILNS OR HEATING APPARATUS. 




BRANCHES, i INCH. 

Number of Branches, 6 7 

3 inch Run, 4.85 5.50 

4 " " 6.25 • 7.50 

5 '* " 7.80 9.40 

6 " " 9-75 11-75 

Number of Branches, 14 15 

3 inch Run, 11.00 ii-75 

4 " " 14.50 15-50 

5 " " 18.00 19.25 

6 " " 22. 50 24.00 

BRANCHES, i^ INCH. 

Number of Branches, 6 7 

3 inch Run, 5.40 6.25 

4 " " 6.75 7.80 

5 " " 8.50 9.75 

6 " " 10 60 12.20 

Number of Branches, 14 15 

3 inch Run 12.50 13.40 

4 " " 15.50 16.75 

5 " " 19.50 21.50 

6 " " 24.35 26.75 

BRANCHES, i^ INCH 

Number of Branches, 6 7 

3 inch Run, 6.25 7.25 

4 " " 7.75 8.80 

5 " " 9 . 70 1 1 . 00 

6 " " 12.15 13.7 5 

Number of Branches, 14 15 

3 inch Run, 14.00 15 50 

4 " " 17.50 19.00 

5 " " 21.85 23.75 

6 '' " 27.25 29.75 

BRA N CHES, 2 INCH. 

Number of Branches, 6 7 

3 inch Run g.75 11.75 

4 " " 11.25 13.00 

5 " " 14.00 16.25 

6. " '* 17.50 20.25 

Number of Branches, 14 15 

3 inch Run, 19.00 20.50 

4 " '■ 24.00 25.50 

5 " " 30.00 32.00 

6 " " 37.50 40.00 



CENTRE TO CENTRE, 2>^ INCH. 



6.20 

8.50 

10.50 

13.00 



9 

7.85 

9.60 

12.50 

15.50 



10 

8.40 
10.50 
13.50 
16.75 



12 

9.70 

12.50 

15.50 

19.50 



16 
12.50 
16.50 
20.50 

25-50 



18 

15.75 
18.50 
23.00 

28.75 



20 
17.00 
20.50 

25.50 
31.85 



22 

18.50 
23.00 
28.50 
35.50 



13 
10.35 
13.25 
16.50 
20. =;o 



24 
21.00 
25.00 
31.50 
39.00 



CENTRE TO CENTRE, 3 INCH. 



7.10 

9.00 

11.25 

14.00 



9 

8.25 

10.50 

13-25 
16.50 



10 

9.20 

11.50 

14.50 

18.00 



12 

10.83 
13.50 
17.00 
21.25 



16 
14.25 
17.80 
22.25 
27.75 



16.75 
21.00 
26.25 
32.75 



20 
18.50 
23.00 

28.75 
36.00 



22 

20.25 
25.00 
31.25 
39.00 



13 
11.65 

14.50 
18.25 
22.75 



24 
22.50 
27.00 

33.75 
42.00 



CENTRE TO CENTRE, 3'^ INCH. 



7-75 
10.50 
13.00 
16.25 



9 
9.00 

11.50 

14.35 
18.00 



10 
10.00 
12.75 
16.00 
20.00 



12 
11.50 
15.50 
19.35 
24.25 



16 
16.00 
20.25 
25.25 
31.50 



18 

18.25 

22.75 
28.25 

35.30 



20 
20.50 
25.00 

31.25 
39.00 



22 
22.00 
27.50 

34.35 
43.00 



12.75 
16.50 
20.50 
25 50 



24 

24.00 
30.00 
37.50 
47.00 



CENTRE TO CENTRE, 4^ INCH. 



12.75 
15.00 

18.75 
23.40 



9 
13.50 
16.50 
20.60 

25.75 



10 
15.00 
17.60 
22.00 
27.50 



12 
16.50 
20.50 
25.50 
31.80 



16 
22.00 
27.50 
34.30 
43.00 



18 
25.00 

31.25 
39.00 

48.75 



20 
28.00 
35.00 
43.00 
53-75 



22 
30.00 

37.50 

46.75 
58.00 



13 

17.50 
22.25 
27.80 
34.75 



24 
32.00 
40.00 
50.00 
62.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



29 



HOOK, EXPANSION AND RING PLATES. 




Hook Plates. 



Expansion Plates. 
HOOK PLATES. 



Ring Plates. 



Number of Branches - 

For 3/£ inch Pipe 

*' I " " 

" i\i " " .... 

" iH " " ---- 
" 2 " " 



2 


' 3 


4 


5 


6 


7 


8 


9 


10 


II 


.16 


.21 


.24 


.28 


• 34 


.40 


.45 


•50 


.56 


.68 


.18 


.23 


.26 


.32 


.38 


.48 


•59 


•65 


.70 


.85 


.21 


.27 


•32 


.41 


•52 


.68 


.80 


.90 


1.20 


1^35 


.28 


•43 


.58 


.72 


.88 


1. 10 


1.25 


r.40 


1^55 


1.65 


•43 


•65 


.90 


I-I5 


1.35 













12 

.72 

1. 00 
1.40 
1 .90 




HOOK, EXPANSION AND RING PLATES— Single. 



Size Pipe 

Hook Plates, Single 

Expansion Plates, Single 
Ring Plates, Single 



M 


I 


I^ 


IK 


.08 


.09 


. 10 


•15 


. 12 


•15 


•17 


•25 





.16 


.21 


... 



2 
.22 



EXPANSION PLATES AND RING PLATES. 



Number of Branches 

f For % inch Pipe 

Expansion In 1/ <« <( 
Plate*; ' ^^ 

[ " 2 

Ring \ For ^and i inch Pipe 
Plates, ( " i}i inch Pipe 



2 


3 


4 


5 


6 


• 23 


•34 


•45 


•55 


•65 


• 25 


•35 


•50 


.60 


.70 


• 27 


.40 


.60 


.70 


.80 


.40 


.60 


•75 


.90 


1. 00 


.60 


•85 


1. 00 


1-35 


1-55 


.28 


.41 


•50 


.62 


•72 


•35 


•50 


.62 


• /5 


1. 10 



■77 ^90 
.80 .95 
.go'i.is 



2.00 2.45 

.96 1 .00 
t. 25 1.40 



10 

i.o5'i.25 
1. 10 1.35 
1. 30! 1. 50 



1 . 20 1 . 30 



II 

1-45 

1^55 
1.70 



12 

1.65 
1.70 
2.00 



30 



NASON MANUFACTURING COMPANY, NEW YORK. 



ROLLS, STANDS, SADDLES AND PIPE HOOKS. 




Hanger Rolls. 



Size for Pipe 


I 


i^ 


iK 


2 


2M 


3 


3^ 


4 


Price, Roll only each 

Length, End to End. -ins. 


.06 
3 


.07 
3 


.08 
3 


.12 

3¥ 


.12 


.12 


.21 


.21 

5^^ 




Size for Pipe 


4K 


5 


6 


7 


8 


10 


12 


14 


Price, Roll only each 

Length, End to End.. ins. 


.24 

6 


.24 
6 


.27 

1% 


•36 

8 


-44 
9 


.72 


1.05 
14 


1.32 

17^ 



Coil Stands — For i Inch Pipe. 



No. of Pipes 

Price, per pair. 



3 


4 


6 


8 


10 


12 


•50 


.60 


•75 


I 30 


1 .60 


2.05 



PIPE SADDLE. 




No. Pipes 3 4 5 6 7 8^ 

I inch each $ .60 .65 .70 .90 i.oo 1.40 

iX inch " .65 .75 .85 i-io I-40 1.65 

PIPE HOOKS, WROUGHT IRON. 



10 




1.60 
1.80 



1-75 
2.00 



Size 


5.25 
.60 
.01 


v% 


V^ 


9.10 
1.00 

12.00 
1.50 

• 0'2y^ 


I 

IT. 70 

1.25 

.oiK 

15.60 

1.75 

.03 


14.30 
1.50 

.02 
19.50 

2.10 

.03 


18.20 
2.00 

.02'^ 

23.40 
2.50 

.03^ 


2 






Price, per Thousand 

Hundred 

" Each 


6.25 

.65 

.01 

10.40 

1.25 

,02 


7.15 

.75 
.01 

11.00 

1.35 
.02 


23.40 
2.50 

.03 


WROUGHT PIPE HOOKS. 

EXTRA HEAVY. 

Prirp ner Thousand 


31.20 


" Hundred 


3.50 


Each 


.04 



NASON MANUFACTURING COMPANY, NEW YORK. 



31 



PRICE LIST OF WROUGHT IRON NIPPLES. 



IN EFFECT OCTOBER 7, 1899. 







WROUGHT 


IRON 


NIPPLES.- 


-Threaded Right Hand. 






— 






1 






Prices 


OF Extra Long Nipples 




























OQ 








Lengths in Inches 












Close 






















Close. 


Short. 


Long. 




or 
Short. 

$0.04 


Long. 

$0.06 


4 


5 


6 


7 


8 


9 

$0.15 


10 


11 


12 


H 


m 


2, 2]4, 3, S\4 


$0.07 


$0.08 


$0.10 


$0.12 


$0.14 


$0.17 


$0.18 


$0 19 


% 


I'A 


2, 2-/2, 3, 3,4 


H 


.04 


.06 


.07 


.08 


.10 


.12 


.14 


.15 


.17 


.18 


.19 




\v% 


2, 2J^, 3, 314 


% 


.04 


.Ot> 


.07 


.08 


.10 


.12 


.14 


.15 


.17 


.18 


.19 


Wfi 


iy2 


2, 2!^, 3, 31^ 


i 1^ 


.05 


.07 


.08 


.10 


.12 


.14 


.16 


.18 


.20 


.2.2 


.23 


1% 


2 


2!^, 3, 314, 4 


^ 


.06 


.09 




.11 


.13 


.17 


.18 


.20 


.22 


.24 


.28 


1^ 


2 


2^, 3, 3»^, 4 


i 1 


.08 


.13 




.15 


.18 


.23 


.25 


.28 


.31 


.34 


.36 


1% 


2^ 


3, 31^, 4, 41^ 


1 lU 


.11 


.17 




.20 


.24 


.29 


.33 


.36 


.40 


.44 


.47 


\% 


2)^ 


3, 31^, 4. 414 


m 


.13 


.20 




.25 


.29 


.36 


.40 


.45 


.50 


.54 


..59 


2 


2% 


3, 3^0, 4, 4>^ 


\ 2 


.18 


.27i 




.32 


.38 


.50 


.54 


.59 


.65 


.72 


.77 


2M 


3 


3^, 4, 4^^, 5 


i 2^ 


.39 


.59 






.68 


.90 


.97 


1.06 


1.17 


1.26 


1.35 


2J^ 


3 


314, 4, 414, 51 


i 3 


.48 


.72 






.85 


1.08 


1.20 


1.33 


1.45 


1.58 


1.70 


2h 


4 


414, 5, 5^2, 6 


3U 


.75 


1.05 








1.30 


1.45 


1.60 


1.75 


1.90 


2.05 


H 


4 


4/r, 5, 514, 6 


4 


.85 


1.20 








1.52 


1.69 


1.87 


2.05 


2.22 


2.40 


3 


4 


4I/2, 5, 514, 6 


4V^ 


1.25 


1.70 








2.25 


2 50 


^.75 


2 95 


3.17 


3 40 


S]4 


4>^ 


5, 5)4, 6, 6!41 


5 


1.55 


2.45 








2.58 


2 83 


3.10 


3 35 


3.60 


3.85 


31^ 


4^ 


5, 514, 6, 61/s 


6 


1.85 


2.90 








3.05 


3.35 


3.70 


4.00 


4 30 


4 65 


4 


5 


6 


1 7 


3.20 


3 60 








4.05 


4.45 


4.90 


5.30 


5.75 


6 15 


4 


5 


6 


I « 


3.55 


4.05 








4.55 


5.05 


5.50 


6.00 


6.50 


7.00 


5 


6 


8 


9 


5.25 


6.50 












7.10 


7.75 


8.40 


9.00 


5 


6 


8 


iio 

111 

!l2 


6.75 


8.25 












8.90 


9.70 


10.40 


11.15 


5 


6 


8 


8.00 


10.00 i 












10.80 


11.75 


12 70 


13 65 



WROUGHT IRON NIPPLES.— Threaded Right and Left. 



Length in Inches. 



Close. 


Short. 


¥4 


% 


IV* 


1 


1^ 


1^ 


14 


m 


2 


\v> 


2 


m 


2Mi 


1^4 


2)4 


2 


^Vu 


2V? 


3 


24 


3 


294 


4 


3 


4 



Long. 



2, 2Va, 
2, 214, 
2, 214, 

2, 214, 
2vo, 3, 
2>^, 3, 

3, 3U,, 
3, 3^, 
3, 334, 
3.Y, 4, 
3!^, 4, 
4-^, 5, 
4W., 5, 



3, 314 
3, SVz 

3, 314 

3. 314 
34, 4 
314. 4 
4,~4-i3 

4, 44 
4, 44 
44, 5 
44, 5 
534, 6 
hU-, 6 



% 

M 

1 I 

IW 

2 

2^: 
3 

4 



Prices. 



Close 

or 
Short. 



$0.05 
.05 
.05 
.07 
08 
.11 
.15 
.18 
.24 
.52 
.65 
1.00 
1.15 



Long. 



$0.08 
.08 
.08 
.10 
.12 
.18 
.23 
.27 
.36 
.79 
.96 
1.40 
1.60 



Prices of Extra Long R. and L. Nipples. 



Lengths in Inches. 



>.ll 
.11 
.11 
.13 
.15 
.20 
.27 
.34 
.43 



$0.13 
.13 
.13 
.16 
.17 
.24 
.32 
.39 
.51 
.91 
1.13 



^0.16 

.16 

.16 

.18 

.23 

.31 

.39 

.48 

.67 

1.20 

1.44 

1.75 

2.00 



50.18 

.18 

.18 

.21 

.25 

.33 

.45 

.52 

.72 

1.30 

1.60 

1.95 

2.25 



$0.20 

.20 

.20 

.2i 

.27 

.37 

.50 

.60 

.80 

1.40 

1 77 

2.15 

2.50 



10 



11 



$0.23 

.23 

• .23 

.27 

.29 

.41 

.55 

.67 

.87 

1.55 

1.93 

2 35 

2.75 



50.25 

.25 

.25 

.29 

.32 

.45 

.60 

.72 

96 

1.68 

2.10 

2.55 

3.00 



12 



50.27 
.27 
.27 
.31 
..35 
.48 
.05 
.80 

1 03 
1.80 

2 27 
2.75 
3 . 25 



Add 60 per cent, to above prices for galvanized nipples threaded right and left. 





WROUGHT IRON 


GALVANIZED NIPPLES— Threaded Right 


Hand, 








1 






! 


Prices of Extra Long Galvanized Nipples. 






1>T>Tn'^a 


















<c 






] 


Lengths in 


Inches 


. 










Close 






















Close. 


Short. 


Long. 


.2 


or 
Short. 

$0.06 


Long. 
$0.11 


4 


5 


6 


7 


8 


9 


10 


11 


12 


H 


1!^ 


2, 24, 3. S]4 


$0.12 


$0.15 


$0.17 


$0.21 


$0.24 


$0.26 


$0.29 


$0.31 


$0.34 


% 


14 


2, 24, 3, 3/0 


M 


.06 


.11 


.12 


.15 


.17 


.21 


.24 


.26 


-29 


.31 


.34 


1 


11^ 


2, 2X, 3, 34 ! 


% 


.06 


.11 


.12 


.15 


.17 


.21 


.24 


.23 


.29 


.31 


.M 


Ws 


IK 


2, 2-^, 3, 3% ■ 


Vo\ 


.06 


.11 


.13 


.16 


.18 


.23 


.26 


.28 


.31 


.33 


.36 


^fH 


2 


24, 3, 31^, 4 1 


^ 


.08 


.14^ 




.18 


.21 


.26 


.29 


.3v> 


.35 


.38 


.41 


14 


2 


24, 3, 3^, 4 


1 


.11 


.19 




.24 


.28 


.34 


.38 


.42 


.47 


.51 


.55 


Ws 


2^ 


3, 3^, 4, 4V2 


iy( 


.17 


.29 




.32 


.38 


.45 


.51 


.57 


.63 


.69 


.75 


1% 


24 


3, 3K, 4, 4% 


w. 


.21 


.35 




.39 


.46 


.55 


.63 


.70 


.77 


.84 


.91 


2 


2}^ 


3. 3^, 4, 45^ 


2 


.27 


.47 




.52 


.61 


.74 


.83 


.93 


1.03 


1.13 


125 


24 


3 


3K, 4, 4'X, 5 


2V. 


.56 


.86 






1.00 


1.26 


1.41 


1 56 


1.71 


1.86 


2 01 


liW, 


3 


314, 4, 4'^, 5 


3 


.70 


1.10 






1.30 


1.60 


1.80 


2.00 


2.20 


2.40 


2.60 


2^4 


4 


4)4, 5, 5^, 6 


SV. 


1.20 


1.70 








2.10 


2.35 


2.60 


2.85 


3.15 


3 40 


3 


4 


4'^, 5, 5%, 6 


4 


1.35 


1.87| 








2.30 


2.60 


2.90 


3.20 


3.50 


^.KO 


3 


4 


4^, 5, 5V2, 6 


414 


1.85 


2.6O1 








3. to 


3.65 


4 05 


4 45 


4.85 


fc 25 


34 


44 


5, 5K, 6, 6^ 


5 


2.30 


3.15' 








3.75 


4.20 


4.60 


5 00 


5.40 


5 85 


34 


44 


5, 5y2, 6. 614 


6 


2.80 


4.25 








4 50 


5.00 


5.55 


6.05 


6.60 


7.15 


4 


5 


6 


7 


4.25 


4.95 








5.65 


6.85 


7.05 


7.75 


8 45 


9.20 


4 


5 


G 


8 


1 5.00 


5.80 








6.65 


7.50 


8.35 


9.25 


10.10 


10.95 



32 



NASON MANUFACTURING COMPANY, NEW YORK. 



LONG SCREWS. 




Size 



Price, Black 

" Galvanized 

Standard Lengths, inches 



% 


H 


I 

- .75 


^% 


iK 


2 


2>^ 


:> 


3>^ 


.40 


• 55 


1. 00 


1.30 


1.70 


2.70 


3-70 


5 40 


• 50 


.66 


1 .00 


1.25 


1.60 


2. 10 


3. 10 


4.70 


5-50 


aVz 


5 


5/2 


6 


6K 


7 


7^ 


8 


8>^ 



6.60 
6.75 

9 



AMERICAN" LONGSCREW. 




Size 1 yi 


H 


I 


i^ 


^Vz 


2 


^Vz 


Length Inches 

Plain, each 


3^ 
.45 
.60 


4 

• 55 

• 75 


aVz 

•75 
1. 00 


5 
1 .00 

1-35 


SVz 

1.50 

2.00 


6 
2.00 
2.70 


7 
3-37 
4- 50 


Galvanized 



IRON COUPLINGS. 





Wrought Coupling, Right Hand. Right and Left Coupling, Cast Iron. 



Size of Pipe.- 


y4. % ¥2 % 


I iM 


13^ 


2 2% 


3 3M 4 4^ 5 6 7 8 10 12 


Couplings 

" R. & L.. 
" Galv'd-. 


.05 .06 .07 .10 
007 .08 ,11 .15 
.06 .08 .10 .13 


• 13.17 
.20 .25 
.18 .25 


.21 

• 30 
•32 


.28 .40 
.50.85 1 
.40 .55 


.60 .80 1. 00 r.50 1.65 2.40 3.25 4.25 7.50 10.00 

.201.602.00 ... ... ... ... ... - 

.801.051.402.002,253.25 — 




WROUGHT IRON OUARTER BEND. 



Size 


K 


-'4 


I 


iK 


iK 


2 


^% 


3 


3^ 


4 


Radius. 
Each — 


I 

.40 


•55 


2K 

•75 


33^ 
1. 00 


4^ 
1.30 


6 
1.70 


8 
2.50 


12 
3-50 


14 

4.75 


16 

6.50 



Wrought Iron 
Quarter Turn. 



These Bends are made from Standard Extra Heavy Pipe, 

WROUGHT IRON 
RETURN BEND. 



Size 


¥2 

I 

•65 


.95 


2K 

1-35 


1% 


i^ 


2 


2^ 


3 


3y2 


4 


Radius -- 
Each 


3K 
1^75 


AV2 
2.35 


6 

315 


8 
4-75 


12 
6.75 


14 
Q.25 


16 
12.75 



Made from Standard Extra Heavy Pipe. 




Wrousrht Iron Return Bend. 



NASON MANUFACTURING COMPANY, NEW YORK. 



33 



EXTRA HEAVY CAST IRON FITTINGS. 

FOR 200 LBS. WORKING PRESSURE. 




ELBOW. 





SOLID PLUG. 




45° ELBOW. 




TEE. 



CROSS. 



Size, 



Price, Extra Heavy Elbows .30 

Reducing. 

" 1"° 

40 

" R. &L. .. 
Tees 

" Reducing 

Crosses 

" Reducing. 
Solid Plugs.- . 



• 30 


I 


I 


y^ 


IK 


2 


^¥2 


3 


33^ 


•35 


•45 


.60 


•75 


1-25 


2.00 


2-75 


.40 


•45 




55 


•75 


•95 


1-55 


2.50 


3 40 


.40 


•45 




55 


.70 


.qo 


1.50 


2.50 


3^50 


.40 
• 50 


•45 

•55 




55 
70 


•75 
.90 


•95 
I-I5 










1.80 


3.00 


4.25 


.65 


.70 




90 


i^i5 


1.40 


2.25 


3^75 


5 30 


.65 


.70 




qo 


1 .20 


1.50 


2.50 


4.00 


5 -50 


.85 


.qo 


I 


^5 


1.50 


1.85 


3-15 


5.00 


6.85 


•05 


.06 




10 


•13 


.20 


•35 


•50 


•75 



350 
4.40 

4- 50 



5 50 
6.85 
7.00 

8.75 
.85 



Size, 



Price, Extra Heavy Elbows 

" Reducing. 

" 45° 

Tees 

Reducing 

Crosses. 

'' Reducing- 
Solid Plugs 



4M 


5 


6 


7 


8 


10 


12 


■ 
4-25 


5 50 


8.00 


12.00 


17.00 


28.00 


40.00 


5^30 


6.80 


10.00 


15.00 


21.00 


35^00 


50.00 


5-50 


6.75 


9-75 


14-50 


21.00 


34.00 


48.00 


6 75 


8.25 


12.00 


18.00 


25.00 


42.00 


60 00 


8.50 


10.25 


15 .00 


22.50 


31.00 


52.00 


75.00 


8.50 


11.00 


16.00 


24.00 


34.00 


56.00 


80.00 


10 00 


13-75 


20.00 


30.00 


42.00 


70.00 


100.00 


1-35 


1-75 


2.40 


3-75 


5 50 


7^50 


10.00 



14 



34 



NASON MANUFACTURING COMPANY, NEW YORK. 



CAST IRON HYDRAULIC FITTINGS. 




SUITABLE FOR i,ooo LBS 
WORKING PRESSURE. 




Size 


'A 


H 


I 


iX 


iVz 


2 


2^ 


3 


3^ 


4 


4^ 


5 


6 


Hydraulic Elbows 


• 30 


.45 


.50 


.70 


.80 


1.25 


1.85 


2.25 


2.75 


3.00 


4.00 


5.00 


6.00 


Hydraulic " 45^ 


.45 


.65 


• 75 


1. 00 


1.25 


1.75 


2.25 


2.50 


3.00 


3-50 


4-50 


5.25 


6.2s 


Hydraulic Tees. . . 


•45 


.65 


.75 


1.05 


1.30 


1.90 


2.75 


3-30 


4.00 


4- 50 


6.00 


7 -50 


9.0a 


Hydraulic Crosses 


.60 


.90 


1. 00 


1.40 


1.60 


2.50 


3.70 


4.50 


5 -50 


6.00 


8.00 


10.00 


12.00 


Hyd'lic Flange 




























Unions, with > i 


.20 


1.30 


1.40 


1.50 


2.00 


2.25 


3.00 


3-50 


4.00 


4.50 


5.00 


5-50 


6.50 


rubber gaskets ) 






























HYDRAULIC BRASS 
FITTINGS AND VALVES. 

SUITABLE FOR 2,000 LBS. WORKING 
PRESSURE. 




Size }'4 

Elbows $ .60 

Tees .. .go 

Crosses 1.22 

Couplings .60 

Unions 1.60 

Flange Unions 

Valves _- 4.30 

Valves, Check 3.65 



% 


K 


M 


I 


iK 


i^^ 


2 


2K 


3 


.85 


1.40 


1.90 


2.40 


3.80 


5-30 


9.00 






1-25 


1.85 


2.75 


365 


5.85 


7.80 


15.00 






1.66 


2.48 


3.70 


490 


7.7b 


10.38 


20.00 






.«5 


1. 00 


1.42 


1.86 


2.72 


4.00 


7.20 






1.95 


2.20 


2.70 


3-30 


4.80 


6.40 


8.30 


11.25 


17.00 




4.50 


6.15 


7.90 


9.60 


11.40 


13-55 


16.20 


18.60 


4.65 


5.65 


7.40 


11.00 


18.00 


25.00 


45-00 






415 


5.00 


6.15 


10.00 


17.00 


22.00 


41.00 







NASON MANUFACTURING COMPANY, NEW YORK. 



35 




No. I, (Elbow.) 




No. 3. (Tee.) 



CAST IRON FITTINGS, 

LONG TURN PATTERN. 

No. I. ELBOW, 

Size.. I i}4 1% 2 2% 3 2% 
Each- .32 .40 55 .80 1.20 2.25 3.25 



3 -50 



Size.- ^% 5 67 89 10 12 

Each_ 5.50 6.50 8.75 13.00 17.00 25.50 30.00 40.00 



Size.. 



No. 3. TEE. 
^% 2 2% 



3% 



Each. 


.48 


.60 .82 1.20 1.80 3.40 4.90 5.25 




Size.. 
Each. 


8.25 


5 6 7 8 9 10 12 
9-75 13.7519.5025.5038.0045.00 60.00 




No. 2. ELBOW DOUBLE BRANCH. 
Size-. I iM i3^ 2 2>^ 3 2>% 4 

Each. .64 .80 i.io 1.60 2.40 4.50 6.50 7.00 



Size.. 4M 5 6 7 8 9 10 12 

Each. 1 1. 00 13.00 17.5026.0034.0051.0060.00 80.00 



No. 2. (Elbow.) 




No. 4. (Cross.) 



Size.. 



No. 4. CROSS. 



i^ 



3K 



Each. .85 1. 10 1.50 2.15 3-20 6.00 8.;5 9.50 



Size.. 4^ 5 6 7 8 9 10 12 

Each. 15. 00 17.50 24.0035.0045.0068.0080.00 107.00 



36 



NASON MANUFACTURING COMPANY, NEW YORK 



RECESSED FITTINGS 
FOR WROUGHT IRON DRAINAGE SYSTEM. 





T Y WITH 

Side Outlet. 



Del. T Y Branch. 




Y Branch. 




T Y Branch. 






Tee. 



P Trap. 



Running Trap. 




Q0° Long Bend. 




90° Bend. 




60° Bend. 





45° Bend. 



22)^° Bend. 




1114:° Bend. 



SIZES. 



22 



M; Bend 

%° Bend 

45° Bend . 

60° Bend 

90° Bend 

go^ Bend, Long 

Tee Branch 

Y Branch 

Tee Y Branch 

Dbl. Y Branch 

Dbl. Tee Y Branch 

Running Trap _ 

^ S or P Trap 

Tee Y with 2-inch outlet on side 

Tee Y with 2-inch outlet on two sides. 



in. 



2 in. 



.60 
.60 
.60 
.60 
.60 
.70 
.90 
1 .00 

1-35 
I 30 
1.50 
2.40 
2.25 



3 m. 



4 in. 



70 
70 
70 
70 
70 
00 
30 
60 
50 
10 
00 
00 
50 
50 
00 



5 m. 



.60 
,60 
,60 
.60 
,60 

60 
.00 

50 

50 

25 

50 

00JI5 



6 in. 



50 
50 
00 



14 



10 



50 
50 
50 
50 
50 
20 

GO 
50 
.00 
50 
50 
CO 

00 

GO 
GG 



7 in. 



6. 
6. 
6. 
6. 
6. 
8. 

9- 
12. 

II . 
15- 



25 
22 



GO 
GO 



8 in. 



IG in. 



00 

GO 
GO 
GG 
GO 



12. GO 
18.00 
21 .GO 
2G 00 
2C .CO 



Long and Short 90° Bends graded \^ inch to the foot unless otherwise ordered. 
Galvanized Fittings, double above lists. 



NASON MANUFACTURING COMPANY, NEW YORK. 



37 



MALLEABLE IRON, GAS, WATER AND STEAM 

FITTINGS. 

Adopted- BY the Manufacturers' Association. 



CLASS A Price, 30 cents per pound. 

Elbows, %■, )4'^%-' %^ %■ R- a"d L. Couplings, % in. Ells, R. and L., 14 and % in. 

Tees, ^^, 3^ X 14, ^ X 1^, % X 1^. Couplings, R. H., J^ in. R. and L. Return Bends, % and Y^ in. 

Reducers, M x }^, % x J^. 



CLASS B 

Elbows, %, H, M X 14, 1^ x 14 in. 
Tees, 14, %, I4x%, ^xj^x^, %x^, 

% X 14 X ^. 
Elbows, Side Outlets, ^^ in. & smaller. 
Tees, Side Outlets, J^ in. and smaller. 
Street Ells, 14 and % in. 
Crosses, %^, %, J^ in. 
Reducing Crosses, 1 in. and smaller. 



Drop Ells and Tees, 

Caps, 14 and % in. 

Lock Nuts, J4i % and 1/^ in. 

Reducing Couplings, % x 34 t^o 

inclusive. 
Extension Pieces, % and J^ in 
R. and L. Couplings, 14 and ^ 
R. Hand Couplings, 34 and % 



Price, 

in. & smaller. 



20 cents per pound. 
R. and L. Elbows, 3^ in. 
Waste Nuts, ^4 in. and smaller. 
Chandelier Hooks, all sizes. 
Return Bends, % and 3^ in. 
Return Bends, R. and L., %, 1 in. 
Wall Plates, all sizes. 
45° Ells, 34 in. and smaller. 
Y's,34,%,n. 



CLASS C 

Elbows, 34, and 34 x %. 
Elbows, R. and L., %, 1 in. 
Tees, 34 and 34 i"-' reducing. 
Elbows, Side Outlets, % in. & larger. 
Tees, Side Outlets, % in. and larger. 
Street Ells, 34< M, % ^ J4. 1 x M in- 
Crosses, 1 and ^ in., straight. 
Drop Ells, % in. and larger. 



Price, 

Drop Tees, % in. and larger. 
Caps, 34i % and 1 in. 
Lock Nuts, %, 1, l^in. 
Reducing Couplings, % x 34 to 1 m., 

inclusive. 
R. and L. Couplings, 34i M i"- 
R. H. Couplings, J^, % in. 



16 cents per pound. 

Extension Pieces, % in. and larger. 
Waste Nuts, 1 in. and larger. 
Return Bends, %, 1 in. 
45° Ells, % to 2 in., inclusive. 
V's, 1 in. and larger. 
Return Bends, R. and L., 134 in. and 
larger. 



CLASS D 

Elbows and Tees, % and 1 in. 
Crosses, 134 in. and larger. 
Street Ells, 1 in. and larger. 
Caps, 134 in. and larger. 
R. and L. Elbows, i34 and larger. 



Price, 13 cents per pound. 

Lock Nuts, 134 in. and larger. Return Bends, 134 in. and larger. 

Reducing Couplings, 134 in. & larger. R. and L. Couplings, 1 in. and larger. 
R. H. Couplings, 1 and 134 'n. 45° Elbows, 23^ in. and larger. 

Such Fittings as have smaller outlets than % inch will be classed " C." 



c 


D 


E 


16 cents. 


13 cents. 


II cents 


23 cents. 


20 cents. 


18 cents 



CLASS E Price, 11 cents per pound. 

Elbows and Tees, 1}4 in- and larger. Right Hand Couplings, I34, ~ in. Such Fittings in this class that have 

outlets smaller than 1 incrf to be classed " D." 

The run of Tees (Bullheads) gives the size for the purpose of classification, and the outlet being larger does not 
change it. Return Bends, reduced. Return Bends, spread. Elbows tapped on pitch, 15 per cent, added. 

PRICE LIST. 
CLASS A B 

Price, per pound. Black 30 cents. 20 cents. 

Price, per pound. Galvanized 40 cents. 27 cents. 

STANDARD LIST OF 

GALVANIZED MALLEABLE FITTINGS. 

ELBOWS—^, Vz, Vz^H, 3/, 3/x>^, I, 1x3/, i^, i^xi, i>^, i^xiXs 2, 2xiK, 2j4, 

3, 3}4, 4- 
STREET ELLS— ^, K, ^, i, iX. iK- 2. 
ELBOWS. 45°— 3^, M, I, iM. iM. 2. TEES. 



SIZE. 


SIZE. 


SIZE. 


SIZE. 


Vs^Vs^ H 


I X ^ X I 


i^xiXx K 


2 X 2 X ^ 


^ X ^^ X y^ 


I XI X J^ 


iy2xi% X 1% 


2 X 2 XI 


Viy^Vz^ Vz 


I XI X ^ 


lYzxi^xiy 


2 X 2 X 1/ 


Vz^Vz^U 


I XI XI 


I>^ X i^x Y 


2 X 2 X ly 


Va^^Vz^ Vz 


I XI X I}^ 


i^ X i^ X y. 


2 X ly X 2 


Xx>^X 3/ 


1)4 XI XI 


Il^ X I^ X I 


2 X 2 X 2 


^ X 3/ X Yi 


1/ X I X 134^ 


iK X I>^XI/ 


2>^ X 2>^ X 2y 


3/ X X X Vz 


iXxiXx X 


i>^xiKxi>^ 


3 X 3 X 3 


S^X^/x 3/ 


iX X iX X I 


II^ X l>^ X 2 


3Kx3>^x3>^ 


Xx l^xi 


iX X i^x iX 


2 \iy2Xiy2 


4 X4 x4 


I X ^x ^ 


iX X iX X I'A 


2 X 2 x y 





/2, M, I. 
2.A. I/. 3/' 



;^» 



1 14. and 2. 



COUPLINGS— Right Hand, %, ] 

Right and Left, ^, y, y, i, 1%, ly and 2. 

Reducing, y x y, ix y, ly XI, i^ x ix, 2 x ly. 

CROSSES— Straight Sizes, y, y, i, ly, ly and 2. 
LOCKNUTS— ^, y, y, I, ly, ly and 2. 
CAPS— ^, 5^. y, I. iX. i>^ and 2. 
FEMALE DROP ELBOWS AND TEES— 34, -V. 



3B 



NASON MANUFACTURING COMPANY NEW YORK. 



MALLEABLE IRON FITTINGS. 

ELBOWS. 





Plain, without Bead, for Gas. 



With Bead, for Steam and Water. 




45® Elbow 



G. means, Gas Pattern only. 
B. means, Beaded Pattern only. 

Fittings without mark, are both Gas and Beaded up to 2 inches inclusive. 
Fittings 2}/2 inches, are Beaded only. 
Fittings 3 inches and larger, with Band only. 

The Approximate Weights are for Beaded, except when made only in Gas Pattern, 
IIl;^*In ordering, be particular to mention Beaded or Gas.,.^51 



NASON MANUFACTURING COMPANY, NEW YORK. 



39 




MALLEABLE IRON 
FITTINGS. 

Continued. 



Street Elbows, Male and Female Thread. 




Elbows with Side Outlet. 



% 
% 

% 

1 X 

I 

IK 

2 X 
2 

3 



APPROXIMATE 
WEIGHT PER ICO. 

13 B 

i6i^ B 

---- 2^%B 

% 45 B 

493^B 

%. 62 B 

65 B 

I 88 B 

102 B 

1^4. 146 B 

159 B 

13^ 225 B 

252 B 



SIZE. S. O. APPROXIMATE 

WEIGHT PER 100. 

Mx %x 4 14 P 

%x %x % 16 P 

%x y^x % 23 p 

i^x 3^x % 28 p 

3^X %^ % 29 P 

%X %X % 31 P 

3^X 3^X % 32 P 

I XI X %. 48 P 

I XI X y^ 54 P 

I XI X '4 50 P 

I XI XI 58 P 

ihi X 14 X J 108 P 

i^^x 11-4" X 1I4 118 P 

IK --- 151 p 




TEES. 

In describing Tees the run is first named ; 
then the outlet, thus : 





APPROXIMATE 
WEIGHT PER 100. 



K 






^x 


M 




%^ 


%x 


Kr 


%x 


% 




H^ 


}i 




% 






%x 


% 




•%x 


%x 


H 


%x 


%x 


% 


%^ 


H 




H 






^x 


y^, 




^x 


% X 


% 


^x 


%x 


% 


^x 


%x 


Va 


)^. X 


%x 


% 


Mx 


%^ 


% 


Kx 


%x 


% 


^x 


¥ 




Kx 


Vz 





9 
9% 

9% 
12I4 
12 

17 

18^ 

18 

17 

18K 
23;^ 
24^ 

28^ 

24M 

23 

27 

40 

23 

25^/^ 



G 
G 
G 
G 
G 



Mx 



% 



% 
% 
% 
% 

y^ 
y^ 

y 

y 



y- 



X 
X 
X 
X 

X I 

X \i 

X % 

X y. 

X %. 



Kxi 



X I 



% X ll/4^ 



APPROXIMATE 
WEIGHT PER 100. 

291^ 
41 
71 
120 

- 48 

45 
43 

- 48 
66 
38 
42 
44 

- soM 

- 65 
44 
41 
42 

503^ 

- 63 

- "4 



G means Gas Pattern only. 

B means Beaded Pattern only. 

Fittings without mark, are both Gas and Beaded up to 2 inches inclusive. 

Fittings 2]^ inches are Beaded only. 

Fittings 3 inches and larger, with Band only. 

The Approximatt Weights are for Beaded, except when made only in Gas Pattern. 

^°ln ordering be particular to mention Beaded or Gas.-.<^ 



40 



NASON MANUFACTURING COMPANY, NEW YCRK. 



MALLEABLE IRON FITTINGS.— Continued. 

TEES. — Continued. 



X 

X 

' X 

■ X 

X 

X 

X 

' X 

' X 

X 

X 

' X 

' X 

' X 

' X 

X 



%x 
%x 
%x 

i^x 



%- 

I 



¥x 



X I 



Vs 

V2 

> 

'%x 

Mx 

^x 

1/^X 



X T 

X 

X 

X 

X 

X 

X 

X 



2 

>^x 

Mx 

^x 
^x 
i^x 

3|X 
I X 
I X 
I X 
I X 

ii/^x 



xii^x %. 



APPROXIMATE 
WEIGHT PER 100. 

54 

63 

78^ 

--- - 98^ 

56 

63 

673^ 

73 

108 

58^ 

60 

7^H 

72 

IC5 

59^ 

62 

64 

71 

75 
100 

112 

195 

114 

133 

104 

108 

I^-- I33K 

ll 106 

^ 100 

116 

132 

81 

92 

100 

116 

io6i^ 

145 

89 

82 

106 

---- -- 107 

132 

-- — 156 

169 

- 131 

- 167 

164 

115 

140 

155 

-- no 

125 

151 

1541^ 

113!^ 

II2l^ 



% 

I 



% 

'A- 
X- 



YA- 



I . 

%■ 



i^x 



II^ 



2 
2 

2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2l^ 



^^4 

1^1 

IM 

% 
IZ 



I 



X I 



iKx 



I>4 

2 

%x 

^x 

3^ X 
I X 
X 
X 
X 
X 
X 
X 
X 
X 



X 2 



^H 









I 



X I 



2K 
2^X 

X 

X 

X 

X 

X 



3 

3 

3 

3 

3 

3 

3Mx 

3^x 

3Kx 

3K 

4 

4 

4 

4 

4 

4^ 

5 

6 



2 

2^ 

2 
2^ 

3 
2 

2^ 

3 
3K 



2 

2 . 
2 
2 

^% 
2 



APPROXIMATE 
WEIGHT PER 100. 

- 1271^ 

- 144 
160 
104 

112 

. 116 

128 

- 156 
160 
198 
180 

- 236 
226 
240 
224 
2013^ 
231 

- 236 
222 
224 

- 2091^ 
224 

- 244 

- 154 
160 

_ 161 
_ 181 

- 203 
220 

- 2681^ 

- 3203^ 

- 315 

- 295 

300 

- 348 

- 470 

- 538 

- 525 

- 530 

- 532 

610 

- 632 

- 745 



770 

950 
1003 
mo 
11823^ 
1245 
1513 
1465 

2690 
4600 



G means Ga? Pattern only. 

B means Beaded Pattern only. 

Fittings without mark, are both Gas and Beaded up to 2 inches inclusive. 

Fittings 2}^ inches, are Beaded only. 

Fittings 3 inches and larger, with Band only. 

The Approximate Weights are for Beaded, except when made only in Gas Pattern. 

l^^'ln ordering be particular to mention Beaded or Gas....^ 



NASON MANUFACTURING COMPANY, NEW YORK. 



41 



MALLEABLE IRON FITTINGS. 

CROSSES. 





The outlets of a Cross ave always the same size. 



7s 
3;C 



74 
% 



.X 

X 

X 
X 
X 
X 
X 

X 
X 
X 
X 
X 
X 
X 



A: 

I 

I 
I 
1 
I 
I 
1 
I 

1 1/4 



%x 
Mx 



% 



% 



X i^x 

X % X 

X ^ X 

X M X 

X % 

X V2 

X 3/ 






XI X ; 
XI XI 

X H 



APPROXIMATE 
WtlGHT PER lOO. 

il%G 

23 
24 

24 G 
27 G 

281^ G 

27 

28 

31 

39 
39 
50 



G 
G 
G 



44^ 


G 


50,14 




50 




52 




64 




52 


G 


52 


G 


62 


G 


64 


G 


681^ 




69 




72 




92 




96 


G 


105 


G 


90 





i^x I 
i^x = 

ll^ X I 

i^x Ij 

i)^x ^ 



X I 



APPROXIMATE 
WEIGHT PER 100. 

106 

.. 118 

132 

.- 158 

■- 158 G 
.. 119 

- 114^ 
132 



ii^ X I 146 



X I 



2 

2 
2 
2 

2 
2 
2 

2^y 
2^ 
2; 



2^ 



1/ 



X 



X I - 

xii^ 
X ii^ 



X iVo. 



X 2 

X ii^ 

X 2 
X 2l^ 



185 
198 

180 
194 
226 

252 

262 

288 

318 

340 

380 

600 • 

.520 

613 

688 

881 
1030 
1427 



G means, Gas Pattern only. 

B means, Beaded Pattern only. 

Fittings without mark, are both Gas and Beaded up to 2 inches inclusive. 

Fittings 23^ inches are beaded only. 

Fittings 3 inches and larger, with Band only. 

The Approximate Weights are for Beaded, except when made only in Gas Pattern. 

^M^ In ordering:, be particular to mention beaded or gas. 



42 



NASOx\ MANUFACTURING COMPANY, NEW YORK. 



MALLEABLE IRON FITTINGS.— Continued. 

DROP ELBOWS. 




Female. 



SIZE. DROP. 



iz 



APPROXIMATE 
WEIGHT PER lOO. 

20 G 
18 G 
26KG 



SIZE. DROP. 



?-€ 



APPROXIMATE 


WEIGHT 


PER 


loa 


283^ G 




41^^ 


G 




36 


G 




52i 


G 





DROP ELBOWS. 




Male and Female. 




With Long Outlet Piece. 



SIZE. DROP. 



% 



APPROXIMATE 
WEIGHT PET? IOC 






17 G 

15MG 
19 G 
32 G 



SIZE. DROP. 



APPROXIMATE 
WEIGHT PER 100. 

25^ G 
22 G 




Flange. Right side. 



DROP ELBOWS. 
Flanges. Right or Left. 




Flange. Left side. 



SIZE. DROP 



%- 



APPROXIMATE 
WEIGHT PER 100. 



17 G 



SIZE. DROP. 






APPROXIMATE 
WEIGHT PER 100. 



I3KG 

17 G 



G means Gas Pattern only. 

B means Beaded Pattern only. 

Fittings without mark, are both Gas and Beaded up to 2 inches, inclusive. 

Fittings 2Y1 inches, are Beaded only. 

Fittings 3 inches and larger with Band only. 

The Approximate Weights are for Beaded, except when made only in Gas Pattern- 



NASON MANUFACTURING COMPANY NEW YORK. 



43 



MALLEx\BLE IRON FITTINGS.— Continued. 

DROP TEES. 




Female. 



%x 
%x 
Kx 
Kx 

Kx 



/'2 ^ 

3^x 

^€x 



DROP. 

x^-. 
x%- 
xV^ 
xi^.. 

x%- 
x^- 
x%- 

xK- 
xi^- 



APPROXIMATE 
WEIGHT PER lOO. 

i8i^G 
17^ G 
iqi.^ G 
291^ G 
24 G 

26 G 
28 G 

27I4 G 

27 G 
43 G 



SIZE 

3, 



/4. X 
^^ X 

•Vx 



.•^ 



% 
% 
% 
% 
% 



DROP. 

%- 

%- 
%- 

%- 
1 




DROP TEES. 



APPROXIMATE 
WEIGHT PER 100. 



49 G 
39 G 

44 G 

45 G 

57 G 
59 G 

58 G 
61 G 

G 
G 




Male and Female. 



Male and Female, with long outlet piece. 



SIZE. 

l^x 
%x 

Mx 

^x 



APPROXIMATE 

'^^'^^- WEIGHT PER 100. 

x% 17 G 

x% 18 G 

xM---- ---- 16KG 

x% 3i>^G . 

x% 25MG 

x% 43 G 

CAPS. 



SIZE 

3, 
I 



^ X 
X 
X I 



78 ^ 

>€x 



APPROXIMATE 
■°'^°''* WEIGHT PEP 100. 

%x% 31MG 

%^% 58^G 

x% 5i^G 

WITH DROP 2^ INCHES LONG. 

%x%.-. : 2s\iG 

y^K% 2i%G 

PLUGS. 





SIZE. 

K- 
% 

¥2- 
%- 

W- 

2 . 

3 - 

3M- 

4 - 



APPROXIMATE 
WEIGHT PER 100. 



5 



G 

7^G 

12M 

19^ 

34^^ 

58 

68 
100 
188 
262 
310 
468 



SIZE, 

H- 
% 
H- 
%■ 
I 

2 



APPROXIMATE 
WEIGHT PER 100. 

3M 
7 

ID 

I3K 
28 
46 
58 
100 



44 




%^% 



NASON MANUFACTURING COMPANY, NEW YORK. 

MALLEABLE IRON FITTINGS. 
— Continued. 

REDUCING COUPLINGS. 



g,2E APPROXIMATE 

WEIGHT PER IOC 

H^ M ^/^ 

%^ ^ ",/^ 

i^x % 14KG 

i^x % 15 G 

%^ M 23 G 

3^x M 22 G 

3^x 1^ - 223^ G 

X M--- 30 

X y^ ------ 32 

X 1^ -- 33K 

X 3^ 34^ 

i^x M 44 

i^x % 50 

14 X 1^-- 42K 

Mx % 41^ 

i^xi 46K 

i^x M 60 

^x % 60 

^x K - 58 

%^ %---- 62 

3|xi 70 

i^xiM 58 

X 14 --- 83 

X % 94 



2 
2 
2 
2 
2 

2^ 
23^ 

2M 
2K 
2M 

3 

3 

3 

3 

3 

3K 

3^ 

33^ 

3M 

4 

4 

4 

4 

4 



EXTENSION PIECES. 




Male and Female. 



APPROXIMATE 

WEIGHT PER 100. 

10 

- I9K 



SIZE. 

I 

I 




X K- 

X %- 
X I . 
X l%- 

X iK- 
X 9€- 

X I 

X \Vi. 
X 13^. 

X 2 
X I 

X i^. 
X iM- 

X 2 . 
X 2K 

X 13^. 

X 2 

X 2l^. 

X 3 ■ 

XI... 
X 2 . 

X23^. 

X 3 



APPROXIMATE 
WEIGHT PER ICO- 

841^ 

91 
100 

98 

185 

1743^ 

177 

189 

256 

280 

250 

265 

300 



362 
370 

430 

480 

495 



APPROXIMATE 
WEIGHT PER ICO. 

3^ 28 

I 413^ 

%---- 39 

% 48 



COUPLINGS. 




Right and left. 




Hexagon Couplings. 




Right Hand. 



Size. 


Apprxt. Wt. 

per 100. 
R.&L. Coup 


Apprxt. Wt. 

per 100. 
Hex. Coup. 

II 

18^ 
30 


Size. 

I 

2 


Apprxt.Wt. 

per 100. 
R.& L.Coup 

53K 
80K 

115 

170 


Apprxt. Wt. 

per 100. 
Hex. CouD. 


Size. 

% 


Apprxt. Wt. 
per 100. 


Apprxt. Wt. 
per 100. 
Beaded. 


Size. 

I 
l3€ 

2 


Apprxt. Wt. 
per loo. 


% 


13 

20l^ 

29% 


45M 
68 

99 

148K 


4H P 

6^ P 

loK P 

18 P 

27I4 P 


iVi 


47MG 

70 G 

97 G 

148 G 



NASON MANUFACTURING COMPANY, NEW YORK. 



45 



MALLEABLE IRON FITTINGS. — Continued. 

RETURN BENDS. 





Open Pattern. 



Close Pattern. 



2>^ 

3 
4 



iK C tp c. 

2 

3 

^% 

4% 
6^ 
6^ 
7 



Approximate Weight 
Per ioo— Banded. 
1/. 



21 72 
4iK 

133 

3143^ 
557 
750 
1085 



J^ C to C. 



2K 






2^ 

3^ 
4^ 



Approximate Weight 
Per ioo— Banded. 

20 

35 

67 



IOO 

164 
245 

395 
625 

850 



RETURN BENDS. 





Medium Pattern. 



Extra Close Pattern. 



Size. 



C to C. 



^1 fi 

2}4 
3% 



Approximate Weight 
Per ioo— Beaded. 

B 



37 

55.^ 



1/ 



92>2 
163 
244 

328K 



B 
B 
B 
B 
B 



Size. 



ii^ C to C... 



Approximate Weight 
Per too— Plain. 

79 G 

92 G 




Y's 



Size. Approximate Weight 

Per ioo — Beaded. 

K--- B 

%: ,. B 

I !_ 113 B 

ili 187 B 

i^-- ---■ 275 B 



Size, Approximate Weight 

Per ioo— Beaded. 

2 437 B 

23^ B 

3 - 1000 B 

3% B 

4 - B 



46 



NASON MANUFACTURING COMPANY, NEW YORK. 



MALLEABLE IRON. 



COCK WRENCHES. 




Size, Square x\ 

Approximate Weight, per loo. 8 



% 



72 
20 



% % 

23 35 



13 

1 6 



_3_ 
16 



49 62 100 164 



PUMP ROD COUPLINGS. 




Size 3,3 

Number of Threads to Inch 16 

Price, Malleable Iron (per pound), Black .25 

" " " " Galvanized .35 



% X 1% 


7 
T6 


% 


16 X 14 


14 


12 


.30 


.25 


•25 


.40 


•35 


•35 



MALLEABLE PIPE RINGS. 



Size ^ 

Price, per Pound .15 

Weight, per 100. Approximately 103^ 

Size 31^ 

Price, per Pound .15 

Weight, per 100, Approximately 64 



I 


iH 


iH 


2 


2M 


3 


.15 


• 15 


.15 


•15 


•15 


.15 


17 


19 


30 


36 


42 


54 


4 


Ali 


5 


6 




X 


15 


.15 


•15 


•15 






68 





114 


154 








BUSHINGS. 



Malleable Iron. Reducing One Size, up to 5 inches.. 

Size... % 3^ M I 1^13^ 2 2i^ 3 3K 4 aYi 5 

Price, Black .04 .04 .05 .06 .07 .09 .14 .21 30 .40 .50 75 .93 

Reduced one size. " Galvanized .08 .08 .10 .12 .14 .18 .28 .42 .60 .80 1. 00 1.501,85 




NASON MANUFACTURING COMPANY, NEW YORK. 



47 



MALLEABLE 




IRON FITTINGS. 

LOCK NUTS. 



Size. 



I^- 



Approximate 
Weight per ioo. 

--- 3% 

— SU 

— 1% 



12% 
2bM 



Size. 

I^- 

2 . 

3 - 
3K- 

4 - 



Approximate 
Weight per ioo. 

34 

50 
.-- 185 
... 195 
-.- 270 
■-- 495 



WASTE NUTS. 



WALL PLATES. 





Size. 



Approximate 
Weight per ioo. 



5 

7 

10 

14^ 



Size. 
3Z 



Approximate 
Weight per ioo. 



14 



CHANDELIER HOOKS. 





Loop. 



Male, Open Hook. 




Female, Open Hook, 



Size 
3^ 



Approximate 
Weight per ioo. 



20 



Approximate 
Weight per ioo. 



Male 



i8i^ 
27^ 



Approximate 
Weight per too. 

Female 20 

" -.-. 21K 



Size. 






STRAPS. 




Size. 


Approximate 


Size. 


Approximate 




Weight per 


IOO. 




Weight per ioo. 


Ya- — 


2^ 




I _ 


10 


%- — 


■ 2jg 




I^- 


13 


Y9.- — 


3% 




^Y9.- 


.-- 16K 


'%- — 


6 




2 .. 


.-- 211^2^ 



RE-TINNED WROUGHT STEEL GAS 
PIPE STRAPS. 




For Pipe.. 1^ li H % % 1 iK 

Per Pound .65 ,40 .40 .35 .30.30 .30 .40.40 



ii^ 2 



G means Gas Pattern only. B means Beaded Pattern only. 

Fitttings without mark, are both Gas and Beaded up to 2 inches, inclusive. 

Fittings 23^ inches are Beaded only. Fittings 3 inches and larger, with Band only. 

The Approximate Weights are for Beaded, except when made only in Gas Pattern. 



48 



NASON MANUFACTURING COMPANY, NEW YORK. 




THE DART UNION. 

Size, inches 3^ ^8 /^ M 

Price, Plain $0.30 .40 ,50 .60 

Price, Galvanized $0.45 .60 ,75 .90 

Size, inches i^ i3^ 2 23^ 

Price, Plain $1.20 1.60 2.00 3.20 

Price, Galvanized $1.80 2.40 3.00 4.80 

BRONZE SEATS. BALL BEARLVGS. 

GROUND JOINTS. 



I 

.80 
1.20 

3 
4.80 
6.20 




DART'S PATENT FLANGE UNIONS, 



WITH BOLTS AND NUTS. 



Size, inches. 
Pi ice 



iW 



2 2% 



1/ 



J/2 



5 



10 



).8o 1.20 1.60 2. CO ;;;.20 4.80 6.00 7.50 10.00 12.50 15.00 18.00 21.60 28.80 




Clamp for Pipe ^^ 



I iM 



■1-/ 



CLIMAX 

STEAM JOINT 

CLAMR 



Will permanently stop leaks in 

Pipe Joints against any 

Pressure. 



i\4 



3K 



Each 



51.50 1.50 1.90 2.25 3.00 3.75 4.50 5.25 6.00 6.75 7.50 



Clamp for Pipe. 6 



10 



12 



14 



16 18 



Each. 



$9.(jo 10.50 1300 15.75 18.75 22.50 31.50 33.75 36.00 40-5" 45 



.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



49 




MALLEABLE UNIONS (With Lip). 



Size % 14 % % % 1 iH iK 2 2i^ 3 3^ 4 

Price, Black .i8 .18 «20 .22 .27 .33 .46 .58 .75 1.55 2.10 3.65 4.35 

" Galvanized .27 .27 .30 .33 .40 .50 .70 .901.15 2.35 3.15 5.50 6.50 



TWO THIRD 
MALLEABLE UNIONS. 



>!/: 



ii-r 



Size 1^ % % % I x%^M 2 2-2 3 3)^ 4 

Price, Black .12 .14 .16 .18 .22 .32 .40 .50 1.05 1.40 2.44 2.90 

Galvanized _.- .18 .21 24 .27 .33 .48 .60 .75 1.52 2.10 3 60 4.35 





THE "AMERICAN" 

AND 

'KEYSTONE" UNION. 




American. 

Size \i 

Plain .20 

Galvanized .24 



Keystone. 



% 


% 


% 


I 


1 14 


i^ 


2 


2K 


3 


.24 


.28 


•35 


.40 


.56 


.80 


•95 


2.00 


2.75 


.28 


■35 


.46 


•55 


.78 


1. 12 


1-35 


2.90 


3.75 




UNION 
ELBOWS. 



Female Sleeve. 

Size y^ 

Price, Black, Female Sleeve .42 

" Galvanized, " " .63 

" Black, Male " .48 

"' Galvanized, " " .72 




Male Sleeve. 




MALLE- 
ABLE 

UNION 
TEES. 



Female Sleeve. 

Size 3^ 

Price, Black, Female Sleeve. 45 

■' Galvanized, " " _ .68 

Black, Male " • .52 

" Galvanized, " " -- 78 








Mai 


e Sleeve. 






M 


I 


1I4 


iM 


2 


2K 


•57 


70 


.95 


I-I5 


1.70 


3.20 


.86 


I 05 


1-45 


1-75 


2.55 


4.80 


•65 


.80 


1. 10 


1.30 


1-95 


3.70 


1. 00 


1.20 


r.65 


195 


2^95 


5.5s 



5G 



NASON MANUFACTURING COMPANY, NEV/ YORK. 



MALLEABLE IRON RAILING FITTINGS. 

For Fences, Enclosing Engines and Machinery, Exhibition Spaces, Etc. 








In ordering these Railing Fittings be careful to state whether right hatid or left hand threads 
are wanted. Where Fittings are required having right and left hand outlets, please fully describe 
which are wanted right hand and which left hand, A careful observance of the above will 
save much trouble and secure the accurate filling of your orders. 



Pipe Size 

Elbow 

" Side Outlet. 
Tee -. 



" Side Outlet 

Cross . _ _ . . . 

" Side Outlet 

Floor Flange .. 

Acorn Ornament 

Bushings Reduced one and two sizes 



r2 
15 
20 
20 
30 
30 
35 
14 
16 



% 
.78 

•23 
•23 
•33 
•33 
•38 
•15 
.18 
.06 



I 

.20 
•25 
•25 
■35 
.35 
40 

.^5 
.20 

.07 



•35 
.40 
,40 
•45 
.45 
•50 
.20 

•25 
. 10 



^2 

45 
50 
50 

55 
58 

65 
28 

35 
12 



2 

.72 
.80 

•75 
.90 
1 .00 
1-35 
•30 
.90 
.18 



2K 
I .00 

I-I5 
1.20 
1 .40 
1.50 

1-75 

•50 

1 .00 

.28 



50 
70 
90 

15 
25 
2,60 

•75 

1.50 

.40 



LIST OF REDUCING SIZES OF RAILING FITTINGS. 



Elbows, 

iXx 3/ 

i^xi 
l^xl 

2 X X]^ 

2 X \yi 

2>^ X 2 

3 X 23^ 
<? X 2 



Elbows, Side Outlet. 
I X j^ X >^ 
X ^x ^ 

X 3^X ^ 

XI XI 
XI XI 



Tees. 



I 

2 
2 



Vz X 

3/x 



X 1% X l>^ 



X 2 



X 2 



X 2 



7At -^ •'A 
Xx 3^ 
I XI 

1 XI 

iX X I 
iX X I 

1% X I 

iX X I 

\y^ X I 
Ji^ X I 
iM X I 

2 X 2 

2 X 2 
21^ X 2 

3 X 2^ 

3 X 2 



X 
X 
X 
X 
X 
X 
X 
X 
X 

'2 X 

^ X 

^x 

X 

X 



I 
I 

iX 
iX 

X 

I 

2 

I 






Tees, Side Outlet. 

I XI X >^ X 
I XI X X X 

iXx iX X Xx 
iX X iX X ^ 




2/^ X 214 X 2 X 2 

3 x3 x2^x2>^ 
3 X 3 X 2 X 2 



lYl X 2^ X 2 X 2 
3 X3 X2j^X2i^ 

3 X 3 X 2 X 2 



List on Reducing Sizes same as straight sizes. Advance discount, 155^. 

POLISHED BRASS RAILING FITTINGS. 

Sizes 

Ell 

Ell, side outlet 

Ell, 45° 

1 ee 



Tee, side outlet. . 

Tee, 45'' 

Cross, 45" 

Cross 



Cross, side outlet 

Acorn Ornament to drive into pipe- 
Floor Flange, plain 

Acorn Ornament, threaded— male. , 



-has no thread. 



% 


Ya 


I 


iK 


^V2 


c 


40 


.60 


.80 


1.20 


1.60 


2.20 


75 


1. 00 


1-45 


1.65 


2.05 


2.00 






1.50 


1.70 


2.15 


3.00 


60 


•85 


1. 10 


1.70 


2.00 


2.75 


05 


1-25 


1.50 


2.00 


2.30 


3-25 






1-55 


2.05 


2.40 


3-35 






1.60 


2.20 


2.60 


340 


05 


1-25 


1-50 


2.00 


2.40 


325 


20 


1-45 


1.70 


2.12 


2.60 


3-50 






,80 


.QO 


1.20 


2.5c 


26 


•35 


.40 


.70 


•95 


1,30 


40 


.65 


.80 


.90 


1.20 


2.50 



NASON MANUFACTURING COMPANY, NEW YORK. 



51 



MALLEABLE AND CAST IRON AWNING 
FRAME FITTINGS. 




Hinge Plate. 






Hinge Socket. 



Front— Hinge Bracket— Side. 






Wall Eye. 



Rail Tee. 



Brace Tee. 



Rail-End Acorn. Malleable Iron 
Awning Top, 





A, il4 Pipe slips through B, 
tapped for 2 in. pipe 




Tapped Here. 

Hitching Post Top. 



Cast Iron Cast Iron 
Aw'ng Top. Aw'ng Base. 

WALL EYES, (including bolts), 

HINGE PLATES, " " " " " " " .. 

HINGE SOCKETS, ^ inch Black $ . 15 H Galvanized 



One size suits all sizes of Hinge Sockets, 



I " " 15 

iX " " ^.■.... .25 

HINGE BRACKETS— Front, For Window Awning Frames. 



} 



4. 13c.; n^ 13c. 

With Sockets for j^:, ^. ^,&^ pipe f J^, 15c.; ^X'-- 



RAIL TEES, No. 


I 


No. 


2 


No. 


3 



-Side, X, 13c.; f^, 13c.; ^, 15c.; and ^ inch. 
For I inch Rail tapped for ^ inch pipe 

^' iH " " " 'X " " 

" ij/ " " " I " " . . . . 

" No. 4 " iK ' i^ " " 

BRACE TEES. For 3/, 20c. ; i, 28c. ; and i ^ inch 

RAIL END ACORNS. For i inch 15c.; iX 

CAST IRON AWNING TOPS. For 1 1^ and 2 inch posts 

CAST IRON AWNING BASE. 1^4 inch 1.65 ; 2 inch. 

MALLEABLE IRON AWNING TOPS, i^ for i inch Rail 

'■ ^ 2 for 134 inch Rail 

HITCHING POST TOP. 2 inch, 1.80 ; 2>^ inch, 2.30 ; 3 inch . . . 



f> .20 

18 

.06 

.06 

.08 

.20 

.20 

•15 
.20 
.20 

•25 

•33 

.22 

1 .00 

1. 8a 

,80 

1 .00 

2.60 



52 



NASON MANUFACTURING COMPANY, NEW YORK. 



ORNAMENTAL PIPE COIL FITTINGS. 




Rosette Plate. 



Manifold or Branch Tee. 




Coupling. Clamping Nut. Spacing Bar. 

Return Bends, i inch, 2}o C. to C, each 

" i^ " 3 ^ .". " 

., TD 1 /-I »i * \ I inch Bends / ^^ „ 

Back Outlet i ^ . , -^ /-» ^i . r $0-70 
/ I inch or j^ OiTtlet ^ ^ ' 

Ells— I inch 30 

Reducing Ells — ix^, each. .35 

Sockets — R. H., i inch 30 

'■ — R. and L., 1 inch _ .35 

Clamping Nuts, i inch, each ,30 

Spacing Pieces, I inch, each .35 

Coil Feet, i inch, each i . 00 

ROSETTE PLATES. 
These are only made for even numbers of Pipes 



Coil Feet. 



j i^ inch Bends \ 

I. i}i or I inch Outlet f 
1^4 inch, each 



-_ I 



1^4 



inch, 
inch, 
inch, 
inch, 
inch. 



45 

72 

2Q 

50 
65 
50 

55 
40 

50 

35 



No. of Pipes high . 


2 1 4 


6 1 8 


TO 1 T2 


14 






For I inch Pipe, each 

" iW " .' " 


$.40 $0.80 
.70 r.30 


$0.90 $1 .20 
I :;0 I 80 


$1.40 $1.80 
2.20 2.75 


$2.00 
3-30 







ORNAMENTAL MANIFOLD OR BRANCH TEE. 

Both ends tapped same size as outlet. 

For ends tapped larger than outlet an extra charge will be made. 



Number of outlets .. 1 4 



For I in. Pipe, Size Body, 1}^ in. C. to C. of outlets, 23^ in. each $1 . 55 
For i^ in. Pipe, Size Body, 2 " " " 3 '< " j 2. 70 



$2.40 
5-50 



10 



$4.oo^$4.75 
7.00I 8.75 



12 
$6.00 

9-75 




We illustrate a very handsome and 
effective style of Double Coil Radia- 
tor that may be built with our Orna- 
mental Fittings. These can be made 
of any desired length or height, and 
work equally well for steam or hot 
water. The circulation is positive and 
rapid, and ample provision is made 
for drainage of the condensation. 



NASON MANUFACTURING COMPANY, NEW YORK. 



53 



BRASS FITTINGS, ROUGH IRON PIPE THREAD, MALLEABLE PATTERN. 






Size. 



Elbows 

" Reducing 

" 45° 

Side Outlet 

Street Elbows 

Tees 

" Reducing 

" Side Outlet... - 

Crosses 

" Reducing 

Drop Elbows, Female 

" Tees, " 

Caps 

Plugs 

Reducers, Reducing One Size 

Couplings 

R. & L 

Lock Nuts 

Nipples, Close 

" Short to 4" Long .. 

Bushings, Reducing One Size 

" " Two Sizes 

Ground Joint Unions 

Return Bends, Open 

" " Close 



12 



15 



.21 
.26 
.25 

•25 



/4 



20 

'25 



,30 

.38 



• 15 
09 



10 



.12 
.15 



35 



30 

25, 



15 
10 
16 
14 
17 
10 

isl 

2o| 
10 
,10 
,40 



.40 

.50 
•30 

•35 
.20 
.12 
.22 
.16 
.20 
.12 
.20 

.30 
.12 
.12 

.55 
.40 

•35 



.28 
•35 

• 35 
.40 

.55 
.40 

• 50 

• 45 
^50 

.65 
.40 

•45 

• 25 
.15 

• 32 
•25 
•30 
.15 
.25 
•35 
.14 
.14 
•75 
•50 
.40 



.35 
'45 
.50 
•45 
•75 
•50 
•63 
.60 
.60 
•75 
.55 
.85 
•35 
.20 

<45 
•37 
•45 
.20 

•30 

•45 
.21 
.21 
1. 00 
1. 00 
■75 



i^ 



■y2 



•50 
.62 

•75 
•75 
1. 00 

•75 
•95 
1.25 
.80 
1. 00 

•85 
1.25 

•45 

.28 

•65 
.50 
.60 
•30 
.40 
.60 
•38 
•38 
1.40 

1^35 
1^15 



•85 

l.IO 

1^15 
1.50 
1.80 
1. 00 
1.25 
1.70 
1^50 
I. go 



3h 



l.IO 

1.40 
1.50 
1.80 
2.25 
30 
65 

GO 
GO 

50 



.60 
.40 
.90 
.60 

•75 

■45 

.60 

,90 

•50 

50 

1.90 

2.00 

1.65 



1.50 
1.90 
2.25 



3^50 

1^75 
2.20 



3^50 
4.40 



.80 
.50 

1. 12 
.90 

1. 12 
.70 
.90 

1^25 

•67 
.67 

2.75 
3.00 
2.50 



l.IO 

.90 

1.85 

1^35 
1.75 



3.50 450 7.00 
4.40 5^65, 8.75 
4.25 7.00 9.00 



4.00 5.50 9.00 
5.00 6.9011.25 



5.00 7.00 lO.GO 
6.25 8.75 12.50 



2.00 3.00 

1.25 2.00 

3.00 4.50 

2.40 3.50 



•95 


1^25 


1.60 


1. 00 


1. 00 


4.00 


4-50 


4.00 



1^50 
2.50 
3.00 
1.50 
1.50 
6.50 



2.75 
3-50 
4^50 
2.50 
2.50 
8.50 



3.00 



4 



10.00 
12.50 

lO.GO 



13.00 
16.25 



14.50 
18.00 



4.00 



BRASS FITTINGS, FINISHED IRON PIPE THREAD, MALLEABLE PATTERN. 



Size. 



Elbows 



Street 
Tees - 



Reducing.. 

45° 

Side Outlet. 
Elbows 



" Reducing 

" Side Outlet 

Crosses 

" Reducing 

Drop Elbows, Female 

Drop Tees, " 

Caps 

Plugs 

Reducers. Reducing One Size 

Couplings - . 

Right and Left... 

Ground Joint Unions 

Lock Nuts 

Bushings 

Return Bends, Open 

Close 



24 



30 



30 

,18 

20 
32 



H 

34 
44 
40 



,40 
50 



.60 

• 75 

• 50 



.42 
•52 

• 50 

• 50 



.60 
.76 



• 30 
.20 

• 32 

.28 

•31 

• 36 
.20 
.20 



.80 
1. 00 
.60 
.70 
.40 
.24 
•44 
• 32 
.36 

'50 
.24 
.24 
.80 
•70 



^2 



•56 
= 70 
.70 
.So 

■83 
.80 

1. 00 
.90 

1. 00 



.70 

.90 

1. 00 

.90 

l.IO 

1. 00 

1-25 

1.20 
1.20 



1.30 1.50 
.80' 1. 10 



.90 
• 50 
•30 

.64 

•50 

•55 
.70 

.30 

.28 

1. 00 

.80 



1.70 
,70 
.40 
.90 

•75 
.82 
.90 
.40 
•42 
2.00 
1.50 



1. 00 
1.25 
1.50 
1-50 
i^5o 
1.50 
1.90 
2^50 
1.60 
2.00 

I •70; 

2.50 
.90 
.56 

1.30 

1. 00 

l.IO 

1.25 

.60 

76 

2.70 

2.30 



70 
20 
30 
00 

65 
00 

50 
40 
00 
80 



20 
80 
80 
20 

35 
70 
,90 
00 
00 
30 



2.20 
2.80 
3.00 
60 
50 
60 
30 
00 
00 
001 



3.00 
3.80 
4^50 



7.00 
3^50 
4.40 



7.00 
8.80 



1.60 
1. 00 
2.25 
1.80 
2.00 
2.50 
1.40 

1.35 
6.00 
5.00 



2.20 

1.80 

3-70 

2.70 

3.10 

3.60 

1.90 

2.00 

9.001 

8.00 



7.00 
8.80 
8.50 



8.00 
10.00 



9.00 
11.30 
14.00 



11.00 
13-80 



10,00 14.00 
12.50 17.50 



4.00 6.00 
2.50 4.00 
6.00. 9.00 
4.80 7.00 



6.00 
3.00 
3.00 



7^75 
5^50 
5.00 



3H 

14.00 
17-50 
18.00 



18.00 
22.50 



20.00 
25.00 



6.00 



20.00 
25.00 
20.00 



26.00 
32.5^ 



29.00 
36.00 



8.00 



Size. . 
Price 



X2 
350 



3-50 



BRASS 

I il4 

3-75 4^25 



FLANGE UNIONS.— 

13^ 2 23^ 3 
5.60 6.50 8.50 10.5 



ROUGH. 

13^50 



4 4K 5 6 

15. GO 20.00 22.00 27. GO 



54 



NASON MANUFACTURING COMPANY, NEW YORK. 



BRASS FITTINGS, EXTRA HEAVY. 






MADE FROM CAST IRON FITTING PATTERNS. 



Iron Pipe Thread. 



Size. 



Elbows 

Reducing. 

45° 

Tees 

" Reducing 

Crosses 

" 'Reducing 

Return Bends, Close. 

" Open. 

Flange Unions 



36 
.42 



.40 
.46 



^50 

.58 

•45 

•65 

• 75 

.90 

1.04 

1.00 

1. 00 

1.85 



% 



.85 
.95 

.70 

I. GO 

I T5 

I 30 
1.50 

1. 15 
1.25 
2.30 



I 05 
1.20 
1.20 
1.50 
1.70 
1.80 
2.10 

I 5c 
2.00 

425 



65 
90 

65 

00 

30 

75 

15 

•30 

25 

GO 



10 

40 
00 
GO 

45 

GO 
60 
30 
50 
50 



3^ 



5010. 

75|i2. 
50,10. 

00:13. 

5015. 

00' 1 7. 
00 19. 
,00 18. 
5o|i9. 

OG 13. 



00 15 

00,17 
GO 19 
50I2I 
OG 23 
OG 25 
GO 18 



GG 

75 

GO 
50 
50 
00 

50 
OG 
GO 
GO 



5 



18. GO 
20.70 
18. GG 
25.00 
28.OG 
30.00 
34. GO 



25.00 29. OG 35.00 



27.00 
31-00 
27. GG 
34.00 
30. GO 
48.00 
55.0c 



BRASS AND COPPER PIPE. 



IRON PIPE sizes: 




Size H ^ % }^ H I iH M 2 2^ 3 31^ 4 56 

Inside Diameter 27 36 49 .62 ,82 1.04 1.38 1.61 b.o6 2.46 3.06 3 50 4.02 5. 04 6.06 

Outside Diameter ^i f^ }^ ig 1,^ i^^ j% i% 2% 2% M 4 4^ 5-56 6.62 

Length, feet 12 12 12 12 12 12 12 12 12 12 12 12 12 8-10 6-8 

Approximate Weight per foot, Brass 30 .43 ,58 .80 1.17 i 67 2.42 2.92 4.17 5 008.00 10.00 12.00 15.93 20.69 

Approximate Weight per foot, Copper.. 31 .45 .61 .84 i 23 1.75 2.54 3 07 4.38 5.25 8.40 10 50 12.00 1-7.30 22.38 



NASON MANUFACTURING COMPANY, NEW YORK. 



FLANGED CAST IRON FITTINGS. 



Standard and Extra Heavy Lists, Pages 56, 57, 58 and 59. 






ELBOW. 



45° ELBOW. 



TEE. 






TEE REDUCING IN RUN. TEE REDUChn*^ ax BRANCH. 



CROSS. 




CROSS REDUCING. 



STANDARD Y. 



LONG TURN CROSS. 



56 NASON MANUFACTURING COMPANY, NEW YORK. 



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CM 


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NASON MANUFACTURING COMPANY, NEW YORK. 



57 



O OS 
K D 

u o 

S o 


With 
Flanges 

Faced 

and- 

Drilled. 


O OOOOOOOOOOO 
O OOLoioOOOOOOO 






w CMr0"L0Or^0NC0f^0Tt-0 

>— l-H fvl M CO 


With 
Flanges 
Faced. 


O OOOOOOOOOOO 
O OOOOOOOOOOO 






00 i-OiomioOvoOOOi-oO 
M MrO'^'-Ot^OOC^VOONMCO 

1-1 M M f^ C^ 


[I 


TER OF 

Flanges. 
Inches. 


On O 1-1 m CO voo ON i-i c^ CO in 








J o y c 

4 Ph 


N rt" lo r-^ On ^ CO u-^^C On O co 

M |_l»i»- -MMCinC^CMCOCO 


Size 
In. 


Tt u-.Ot^OOONON-^ lOVO 00 

M M K.I ba M » 


Price, Y's. 

Reducing at Branch 

only. 


With 
Flanges 

Faced 

and 

Drilled. 


OioOioOOOOOOOOOOOO 
Ot—vnt^OmioO LoO O O O O O O 


O 

o 


o o 

o o 


Tt i^ r- O iJ-)MD M lo cooo M C-) NO O O oo 

Mh-h-iMNMCO'^ lOMD CO M TtOO 1- NO 

M i- M ^^ c< 


CO 
CO 


o o 

HH O 
Tt LO 


With 
Flanges 
Faced. 


OioOioioOOOOOOOOOOO 
iOMOl>-l>-iOioOOOOuOOOO 


O 
O 


o o 
o o 


M CO lONO O '' t^r^NO O '^O M lOCOCO 

M(-iMi-ir4C4C4rO '^NO t^ O conO On tt 

l-l — l-l l-H Cl 


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CO 


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r-.NO 

CO -t 


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5 


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and 
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o 

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o o 
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MMIii-iMMM(NCO TtO t^ O CONO 00 CO 

M HH i-i M M 


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ON NO Tt 

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With 
Flanges 
Faced. 


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o 
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o o 
o o 


On O M CO TtOO 0\ Tt M O M ^OO NO TtOO vO 

MI-IMI-l-iM(NCOTt U-iNO CO l-l T}-N0 M 

l-H I- l-l eg 


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w 
s 

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TER OF 

Flanges. 
Inches. 


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MI-(H-.l-lt-lr-il-IMO)OlC^ 


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Cl 


\N \C1 

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w 
u o 

< h 


Face 

OF 

Run 

Inches 


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Ml-il-ii-iMhHMMMC^COCOCO 




Size 
In. 


S,N \N NN 
M >-i\ CO-N '^ i-'^ «0^ 1>.00 0\ O N -"^ lONO 00 
CI CO^ MMMl-lMM 


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CI 


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With 
Flanges 
Faced 

and 
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Ot-»u-ir^Oiou-)OioOOOOOOO 


o 

O 


o o 
o o 


Tt lo t>. O i-ONO ►^ vo cooo M CJ NO O O 00 
MHiMojc^c^co-^ inNO CO 1-1 Tx CO 1-1 NO 

i-i 1-, 1- C^ M 


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1- o 

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With 
Flanges 
Faced. 


OloOloloOOOOOOOOOOO 
voNOr^t^u-jioOOOOOOOOO 


o 
o 


o o 
o o 


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MM^i-iciMCico TtNO t^ O CONO On -^ 

1_ 1-1 M ►- O 


o 

CO 


o o 

CO Tt 


Size 
Ins. 


XN \N \N 

M\ CO 1H\ Tt i-i\ tONO t~*00 OnO c^ TtiyjNOOO 

N CO"^ MMM — MP-c 


o 

CI 


Cl Tt 
CJ Cl 




u 

O 

K 
U 

u 


With 
Flanges 

Faced 

and 
Drilled. 


OOOOOOOOOOOOOOOOO 
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O 

o 


o o 
o o 


M o Tt u-^co c< coco ONt-^O CI O O ONONO 

l_MMMMClMC<CO TtNO t^ O CONO CO CO 

1— 1 H- i M hH C4 


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With 
Flanges 
Faced. 


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o 
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Diameter 

OF 

Flanges. 
Inches. 


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no 1>> t^CO On On O 1-1 CJ CO lONO On m eg co lo 

MMl-iHF-ii-Hh-iCMC)C4Cl 


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Face 

OF 

Face. 
Inches 


\N \N \^ \N NP^\N \N 

l-(\ t-?\ IH\ tH\ hH\^ M\ mN, 

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Size 
Ins. 


\C1 \N \N 

d 1-^ C0 1\ Tti-NviONO r^OO ONO c) Tt ij-jno 00 

Cl CO '^ M 1-1 >-l M 1— 1 n 


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u 

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58 



NASON MANUFACTURING COMPANY, NEW YORK. 



oi 





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Flan 

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1— 1 


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hH X '~*\ 

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On O f^ ^ lovo 00 O 

hi h-l hi hi hi h-l CM 



fM 



r- <U rt ''S 



O O lO lO o o 

Os lONO hi vo NO 



to O O O O 

ro lO^ 00 CO 



On O 1-1 ro u-)00 O 

hi hi hi hi hi fvj 



Tt-fOO *- I-" LOCMOO Cn>- -+^0 00 

CM CO r^ lONC 00 MCO»J^OlOOt^ 

hi hi hi CM CM CO CO 



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o o 



o o o o 

On t^vO vo 



o o o o o o 

o NO 00 NO 00 00 



00 00 ON i-i M 



lO r^ -H 

hH hH fM 



TT lO u-^NO 
fO "^ »J0 t~* 



t-l NO NO NO Tt-NO 00 

O ^» •^oo fO t^ Tj- 

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Diameter of ^ 
Flanges. " 



r^ t^oo ON O O i-i CM ro lOO t^ 



O CM ro "^NO 00 O CM 
CMMCMNCMCMroro 



W 

Oh 

2 
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in 

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fa 



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■— ^ ^- 1 ^ " V V . ^ hH\ hHN, hl\ hl\ c<Ts >-<\ CVX hH\ m\ hiN. hH\ 

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hlhHhHhHhHhHhHhHCMCM 



vM 



sN 



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lONO 00 o 

hH hH HH CM 






13 


o 


lO 


lO 


o 


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o 


o 


o 


o 


to 


to 


O 


O 


O 


o 


O 


o 


o 


o 


O 


ith 

nges 
d an 
lied 


rOOO 


I — 


o 


NO 


o 


o 


NO 


o 


t-. 


CM 


to 


o 


o 


o 


o 


o 


o 


o 


O 


t^ 


r^oo 


o 


hH 


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to 


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hH 


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hi 


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71 . 


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to 


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to 


O 


o 


O 


O 


o 


o 


o 


o 


O 


^So'S 


rONO 


vo 


r-*NO 


o 


o 


NO 


CM 


o 


CM 


to 


o 


o 


O 


o 


o 


o 


O 


O 


. - C O 


NO 


NO 


t^OO 


ON 


M 


ro 


lO 


On 


'^ 


H- 


00 


ro 


o 


r- 


CM 


o 


CM 


CNl 


o 












hH 


hH 


1-^ 


hi 


CM 


ro 


ro 


to 


t^OO 


O 


rONO 


On 


"^ 
































hH 


hH 


hH 


1— 1 


CM 



\!N 



s!N 



Diameter of 
Flanges. 



On O O i-i CM ro lOMD r^ O 



ro •^NO 00 O CM 
CM CM CM CM ro ro 



O u 

f- < 

fa 



tn 


\CM \C^ \P1 


















IH\ h-(\ l-IX 
















o 


M CM ro ro "^ "^ toNO 


t-»co 


On O 


CM 


•^ toNO 00 


o 


CNJ 


^ 


HH 






hH 


hH 


M hH — »H 


CM 


M 


CM 



X ^ « ^ 



•i bo (U 

•-co 

^rTfa 



Diameter of 
Flanges. 



o u 

h < 
fa 



lOtotoOOOOOOtoOOOOOOOOOO 
r^ M CM O t^oo t^TfOi^OOOOOtoOOOOO 

NO* r^OO On6 cm rONO ror-^torooo i^-^O 6 lovoo 

hihHhHhHC^CMrO'^tOr^ONhHrft-^hit->. 

hH hi hH CM CM 

ioOOOOOOOOOOOO<^000000 
r^ O O 00 t^oo t^Tj-rgOOOOOOtoOOOOO 

toMD i>.i>.o6 6 '-H •^on-^i- onc) 6no i-i o c^ too 

MHH hHhHCMroroto r>-00 O rONO On to 

hH hi hi hH CM 
\N\N \N \N \N 

r^ l>.00 On O O !-• CM ro toNO t^ O cm ro rfNO 00 O m 

hHhHhHhHHHhHhHhiCMCMMClCMCMrOrO 
N^lN^N^N^ N^ \CM \^ \CM NM-\N \^\^\N N^\N 

•^ ■'^ lO IONO NO t-^-x^- 00 On O ►"• CM ro •^ to^ 00 O c^ 

MhHMHHhHhHhHMCMCM 



CM c< ro ro "^ '^^ toNO t^oo On O cm rf vonO 00 O r^ tJ- 

HHhHHHhHHHhiCMMCM 



NASON MANUFACTURING COMPANY, NEW YORK. 



59 



EXTRA HEAVY FLANGED FITTINGS. 

FOR 200 LBS. WORKING PRESSURE. 



Size. 


Face to 
Face. 

Inches. 


M (/I 

w t, 

Q ^ 
Inches. 


1 

Price, Cross. 


Price, 
Reducing Cross. 


Face 

TO 

Face 

OF 

Run. 
In. 


Price 


, Y's, 


Price. Y's. 
Reducing at 
Kranch Only. 


In. 


With 
Flanges 
Faced. 


With 

Flanges 

Faced and 

Drilled 


With 
Flanges 
Faced. 


With 

Flanges 

Faced and 

Drilled. 


With 
Flanges 
Faced. 


With 

Flanges 

Faced and 

Drilled. 


With 

Flanges 

Faced 


With 

Flanges 

Faced and 

Drilled. 


2 


9 


7 


11.40 


13.40 


13.00 


15,00 












2/2 


9/2 


7/2 


12.00 


14.50 


13.50 


16.00 












3 


II 


8>^ 


13.80 


16.30 


15.50 


18,00 












3/2 


11/2 


9 


15.60 


18.00 


17.60 


20,00 












4 


12 


10 


17.40 


21.40 


19.60 


23.60 


12 


17.40 


21.40 


19,60 


23.60 


4>^ 


12^^ 


10^ 


^1.60 


25.60 


24.40 


28,40 


I2>4 


21.60 


25.60 


24.40 


28.40 


5 


14 


II 


23.40 


27.40 


26.40 


30.40 


14 


23.40 


27.40 


26,40 


30,40 


6 


15 


12 


28.80 


32.80 


32.30 


3^.30 


^s'A 


28.80 


32.80 


32.30 


36.30 


7 


17 


13/2 


38.40 


46.00 


4340 


51.00 


i^}i 


38.40 


46.00 


43-40 


51.00 


8 


19 


15 


48.00 


55-50 


54.00 


61,50 


19^ 


48.00 


55-50 


54,00 


61.50 


9 


21/2 


16 


62.40 


70.40 


70.00 


78.00 


22/ 


62.40 


70.40 


70,00 


78,00 


JO 


23 


i7>^ 


77.00 


85.00 


86.80 


95.00 


24 


77.00 


85.00 


86,80 


95.00 


12 


25>^ 


20 


105.00 


117.00 


117.00 


129.00 


27 


105.00 


117.00 


117.00 


129.00 


14 


26>^ 


22 


140.00 


154.00 


156.00 


170.00 


28>4 


140.00 


154.00 


156.00 


170.00 


15 


29 


23 


172.00 


188.00 


193.00 


209.00 


3IX 


173.00 


188.00 


193.00 


209.00 


16 


3o>^ 


24 


202.00 


220,00 


227.00 


245.00 


32 


202.00 


220,00 


227.00 


245.00 


18 


33 


26 


259.00 


279.00 


291.00 


311.00 


35 


259,00 


279,00 


291.00 


31 1.00 


20 


36 


28 


324.00 


350.00 


364,00 


390.00 




324,00 


350.00 


364.00 


390.00 


22 


40 


30 


384.00 


424.00 


434,00 


474.00 




384.00 


424,00 


434.00 


474,00 


24 


44 


32 


480.00 


520.00 


540,00 


580.00 




480.00 


520,00 


540.00 


580.00 



EXTRA HEAVY FLANGES. 

FOR 200 LBS. WORKING PRESSURE. 



Pipe 


Outside 

DiAM. 


Common 


Flanges, 


Table for 


Drilling. 


Solid F 


langes. 


Size. 


Faced. 


Faced and 
Drilled. 


Bolt 
Circle. 


Number 
of Bolts. 


Size of Bolts. 


Faced. 


Faced and 
Drilled. 


Inches. 


Inches. 


Each. 


Each. 


Inches. 




Each. 


Each. 


2 


7 


1-50 


1.90 


sK 


4 


^X2% 


1.80 


2.20 


2>4 


7/2 


1.70 


2.40 


sn 


4 


yk^2% 


2.10 


2.80 


3 


8}^ 


2.00 


2,70 


e% 


8 


^X3 


2,40 


3.10 


3/2 


9 


2.50 


3,20 


7 


8 


5/8x3 


3-00 


3-70 


4 


10 


3-25 


4.00 


8 


8 


y^^zV2 


3-75 


4.60 


4}^ 


io}4 


3.75 


4.50 


8>^ 


8 


Va^zA 


425 


5-IO 


5 


II 


4.00 


4.75 


9 


8 


H^3y2 


5,00 


5.85 


6 


12 


4.50 


5-25 


10 


8 


H^sA 


5-50 


6.35 


7 


^s'A 


5-50 


6.90 


11% 


8 


y^3% 


6.50 


8.00 


8 


^5 


8.50 


10.00 


12^ 


12 


^X4 


10.00 


11.50 


9 


16 


10,00 


11,50 


I33/i 


12 


^X4 


12.50 


14.00 


TO 


n'A 


11.00 


12,50 


15M 


12 


^X4>^ 


13-50 


15,00 


12 


20 


14.50 


17.00 


17M 


12 


^X4>^ 


17-50 


20.00 


14 


22 


22,00 


25.00 


193X 


12 


I x5 


27.00 


30.00 


15 


23 


26.00 


29.00 


21 


16 


I x5 


31.00 


34.00 


16 


24 


28,00 


32.50 


22 


16 


I X5 


34.00 


38.00 


18 


26 


42.00 


47.00 


24 


20 


I x5 


50.00 


55-00 


20 


28 


47.00 


53-00 


25K 


24 


I x5 


55-00 


61.00 


22 


30 


52.00 


60.00 


27>^ 


24 


I x5 


62.00 


70.00 


34 


32 


67,00 


75.00 


29% 


24 


I x5 


80.00 


88,00 



The above Flanges are furnished Faced only, unless otherwise ordered. 



to 



NASON MANUFACTURING COMPANY, NEW YORK. 



BLAKE'S PATENT MALLEABLE IRON PIPE 

HANGER, 

WILLIAMS' PATENT ADJUSTABLE BEAM CLAMP, 

THE BLAKE HANGER has no equal for simplicity, strength, and ease of adjustment. It 
can be attached to pipe when in position ; it has no troublesome screws to adjust ; it provides for 
expansion ; it is adjustable to any desired pitch-lines of mains. It is the most economical and 
popular hanger in the market, and is endorsed and extensively used by the leading houses supplying 
the steam heating and plumbing trades throughout the United States. 

THE B. & W. BEAM CLAMP. Figure g shows the Blake Hanger attached to a new and 
important improvement in Adjustable Beam Clamps. This clamp is made in three sizes, — No. i, 
suitable for iron beams two to four inches ; No. 2, for iron beams four to six inches ; and No. 3, 
for iron beams six to eight inches. They are readily adjusted, and provide for an expansion 
movement in hanger attachment. 

The combination of this clamp with the Blake Hanger is the most complete satisfactory, and 
practical device for the purpose ever placed on the market. 




No. 3. 





o. 9. 



PRICE LIST AND SCHEDULE. 





4, 


complete 


1 
15 


1 
s 

15 


f 

18 


I 

18 


20 


22 


2 

25 


2i 

30 


3 


3i 


4 


5 
70 


6 
90 


7 


1 .40 


I 


9 
60 


10 
1.80 


12 
2.20 


14 


No. 


35 


50 


60 


1.20 


2.50 


No. 


3, 


" .... 


55 


55 


58 


58 


60 


62 


65 


70 


75 


901 


.00 


1. 10 


1.30 


1 .60 


1.80 


2 


.00 


2.20 


2.60 


2.90 


No. 


9> 


t < 


05 


65 


68 


68 


70 


72 


75 


8085 1. 00 I 

I 1 1 


.10 I .20 


1 .40 


1.70 


1.90 


2 


.102.30 


2.70 


3.00 



NASON MANUFACTURING COMPANY, NEW YORK, 



6i 



UNIVERSAL PIPE HANGER. 






No. T. 



Patented June 24TH, iSgo. 



No. 2. 



The " Universal" Hanger allows for expansion to the right and left, as well as forward and 
backward. 

It is simple and easy of adjustment. Can be attached to pipe when in position. 
The lag screw may be extended to any length by means of iron pipe and coupling. 

Size ^ I iX i^ 2 21^ 3 3>^ 

No. I .18 .18 .20 .22 .25 .30 .35 .37 

No. 2 .58 .58 . .60 .62 .65 .70 .75 .77 

Size 4 5 6 7 89 10 II 12 14 

No. I. 45 .55 .65 .85 .95 1.05 1.20 1.35 1.55 1.75 

No. 2 85 .95 1.05 1.25 1.35 1.45 1.60 1.75 1.95 2.15 

In ordering No. 2 Hangers, state size of iron beam. 



62 



NASON MANUFACTURING COMPANY, NEW YORK. 



HOEY'S PATENT RING HANGERS. 




















Cap. 












Ring Hanger. 




Size, inches. 
Price, each, . 


.18 


I 
.18 


.20 




22 


2 

25 


2K 
•30 


3 

•35 


3^ 
•37 


4 

.45 


5 
.55 


6 

•75 


7 3 
.95 I-05 


10 
1.30 


Adjustable Clamps for Iron Beams, 
The above prices include a Cap 


3,3^ 
), and 


and 2>% inches, 35 cents each; 4 to 6 
a Lag Screw from 6 to 12 inches long 


inches, 40 cents each 
for each Hanger. 



BEATON'S PATENT ADJUSTABLE CEILING 
AND FLOOR PLATES. 





CEILING PLATE. 



FLOOR PLATE. 



The cuts of the plates show their novel construction. The Floor Plate is shown closed, the 
Ceiling open, with dotted lines showing the same closed around the pipe. This operation is practical 
as the plates are made in halves and hinged together. 

The screws shown in the Ceiling Plate both holds the plate together and secures the plate at 
any position desired on the pipe. The set screw always holds the plate in place. A spring clasping 
a hot pipe will lose its temper and drop down. 

These are the only practical Plates made that can be put in after the work is /inished, and can 
be secured in position. No arguments are necessary to convince any steam fitter of the practicability, 
desirability and utility of these plates. We will furnish them in Black Iron ; also Nickel or 
Copper Plate. 



Size, 



3V2 



Floor and Ceiling Plate List, Black, .14 .14 .18 .20 .24 .28 
Floor and Ceiling Plate List, Nickel, .25 .25 .28 .32 .35 .38 



.43 .60 .90 1.25 1.60 2 00 
.52 .75 1. 10 1.50 2 00 2.50 



NASON MANUFACTURING COMPANY, NEW YORK. 



03 




NASON FLOOR AND CEILING 
PLATES.— CAST IRON. 



Sizes y% % I iX i^ 2 

Floor Plates each .06 .06 .08 .11 .14 16 

Ceiling Plates '• .11 .13 .16 .18 .23 .27 




RUSSELL'S PATENT ADJUSTABLE FLOOR AND 
^^^r'^^^^N. CEILING PLATES. ..^^s— ^ 

.^ ^^^^^^ COLD ROLLED STEEL. "^ 

Sizes. K ^ I iM iK 2 

Polished Steel 12 .12 .15 .18 .20 .24 

Steel Nickel Plated .25 .25 .28 .32 ,35 .38 





RUSSELL'S PATENT ADJUSTABLE FLOOR AND 

CEILING PLATES. 




SPRING BRASS NICKEL 
PLATED. 

Easily adjusted to the pipe 
and will stay in position. 
Will hold the nickel finish and 
always look well. Handsome 
in design and heavy in weight 
and finish. 




Sizes _ 


% 


K 


% 


I 


i>^ 


iK 


2 


2^2 


3 


Nickel-Brass . 


.. .2^ 


•25 


.25 


.28 


•32 


•35 


•38 


•52 


■1^ 









64 



NASON MANUFACTURING COMPANY, NEW YORK. 



STANDARD BRASS VALVES. 






Globe Valve. • Angle Valve. Cross Valve. 

Size 1^ y^ % y^ X I 

Globe and Angle Valves, Screwed .72 .72 .77 i.oo 1.26 1.80 

Cross Valves, Screwed.: 1.25 1.25 1.50 2.00 2.50 

Size iK 2 23^ 3 31^ 4 

Globe and Angle Valves, Screwed 3-50 5-30 10.00 14.40 26.50 36.00 

Cross V^alves, Screwed __ 5.00 8. 00 16.00 24.00 45.00 60.00 



2.52 
3-50 






Flanged Globe Valve. 



Flanged Angle Valve. 



Flanged Cross Valve. 



Size 3^2 

Globe and Angle Valves, Flanged 4- 50 

Cross Valves, Flanged 5-25 

Size 23^ 

Globe and Angle Valves, Flanged 23.00 

Cross Valves, Flanged 33.00 



.3 ' 

,4 


I 


iK 


IK 


2 


5 -oo 


6.75 


8.50 


10.50 


16.00 


7.00 


9.00 


12.00 


15-75 


22.00 


3 


3K 


4 


5 


6 


35- 00 


50.00 


70.00 


125.00 


200.00 


45.00 


75.00 


TOO. 00 







NASON MANUFACTURING COMPANY, NEW YORK. 



STANDARD IRON BODY VALVES, BRASS MOUNTED. 






Globe Valve with Yoke. 



2^ 



Angle Valve with Yoke. 
With Yoke. 

3^ 4 43^ 5 6 



Cross Valve with Yoke. 



i6 



Size. . : 

Yoke Globe and Angle 

Valves, Screwed.... 7.00 900 12.50 15-25 ig.oo 24.00 27.00 37.50 6:5.00 72.00 114.00 170.00 
Yoke Globe and Angle 

Valves, Flanged.... 8.60 to. 75 15.00 18.50 22.50 27.50 31.00 42.00 68.00 77.00 123.00 187.00 350.00 475.0c 
Yoke Cross Valves, Scr. . 8.50 11.75 16.25 2000 23.50 3065 35-25 47.25 78.00 92.00 162.00 240.00 
Yoke Cross Valves, Fl. . 11.00 1450 20.00 25.00 28.50 3600 41.00 54.00 85.00 100.00 175.00 265.00 



Without Yoke. 



Size 

Globe and Angle Valves, Screwed. 

Cross Valves, Screwed 

Globe and Angle Valves, Flanged. 
Cross Valves, Flanged 



I 


I^/^ 


iK 


2 


2^ 


3 


2.25 


2-75 


3 -50 


5 40 


7 35 


9 80 





- - . _ 





6. 50 


Q.OO 


12.50 


325 


3-85 


4.80 


7.00 


9.00 


12 50 











9.00 


II 75 


16.50 



SAFETY AND BACK PRESSURE VALVES. 





Safety Valve. g^^^ Pressure Valve. 

Size..., , % I ikt i34 2 2V 3 31^ 4 41^ 5 6 7 8 

Safety Valves, Screwed 3.50 4.00 5.00 580 7.80 1325 17.25 23.00 28-75 34-5o 41-50 57-75 93-50 132.0c 

Safety Valves, Flanged 550 6.75 775 1025 16.00 21.50 27.50 34.06 40.00 4800 65.00 100.00 140.00 

Angle Safety Valves, Screwed 3.50 4.00 500 5.80 780 13-25 17-25 2300 28.75 34.50 41-50 57.75 93.50 132.00 

Angle Safety Valves, Flanged. .. 5.50 6.75 7.75 10.25 1600 21.50 27.50 34.00 40.00 48.00 65.00 100.00 140.0? 

BACK PRESSURE VALVE. 

Sizes i|^ 2 2}^ 3 3!^ 4 4!^ 5 6 7 8 10 12 14 16 

Back Pressure Valves, Scr. g.oo ii.oo 13-00 15.00 19.00 22.50 28.50 33 50 43.00 70.00 85.00 120,00 180.00 

Back Pressure Valves, Fl. 10.50 12.75 15 00 17.50 22.00 26. 00 32.00 37-00 47.00 75-00 90.00 130.00 200.00 350 00 475.0 



66 



NASON MANUFACTURING COMPANY, NEW YORK. 



RENEWABLE VULCANIZED ASBESTOS DISC, 
GLOBE AND ANGLE VALVES. 

BRASS. 




Brass A. D. Globe 



Size. ins. 


% 


}i 


% % 


% 


I 


Price 


$I.IO 


1. 10 


1,25 1.60 


2.20 


2.80 


Size ins.- 


^/4 


iK 


2- 2% 


3 





Price 


4.00 


5-50 


8-75 15-75 


22.00 









IRON 


BODY. 






Size, ins. 


2 


23^2^ 


3 3^ 


4 


4^ 


Screwed. 
Flanged- 


-$10.00 
- 11.75 


12.00 
14.00 


16.75 19-50 
18.50 21,50 


24.00 
26.00 


32.00 
3400 


Size, ins. 


5 


6 


7 8 


10 


12 


Screwed. 
Flanged. 


- 40.00 

- 42 00 


48.00 
50.00 


80.00 go.oo 

80.00 QO.OO 


130.00 
130.00 


185.00 
185.00 




Iron Body A. D. Globe. 




STRAIGHTWAY SWINGING 
CHECK VALVES. 

BRASS. 



Brass Hor. Check. 



Size, inches.. 


-- u 


% 


V2 


% 


I 


Price 


... $1.25 


1.25 


1.30 


I 75 


2.25 


Size, inches . 


.-- lu 


i^ 


2 


2^^ 


3 


Price 


-- 3-25 


425 


6.25 


11.50 


16.00 



IRON BODY 




Size, inches. 



3^ 



Screwed or / <->, ^ o - 

Flanged \^-^S 10.00 12.00 16.00 18.00 25.00 



Size, inches.. 6 



Brass Angle Check. 



Screwed or , 

171 J ^ 32 00 41.00 50.00 

rlanged ' -^ ^ -^ 



\ 




Brass A. S. Gate. 




RENEWABLE VULCANIZED 

ASBESTOS SEAT, GATE 

VALVES 

BRASS. 
Size, inches ^ Vo ^ i 



iM 



Price $1.50 1.65 2.20 2.80 4.00 



Size, inches. 



iVo 



'^M 



3M 



Price.. 



5.30 7.80 17.00 23.00 45.00 



IRON BODY. 



Size, inches. 



2K 



Screwed or / Stat'ry Spindle.. $7.50 10.75 14.00 
Flanged f Rising Spindle.. 22.75 26.00 



Size, inches 3^ 



W^ 




Iron Body Gate, with Screwed or ( Statry Spindle.. $18.25 20.50 25.00 
Rising Spindle. Flanged ... J Rising Spindle. . 31.75 36.50 44.00 



Size, inches. 



5 



I B. A. S. Gate, 

Stationary Spindle. 

10 



Screwed or / Stationary Spindle $27.00 34-oo 

Flanged... \ Rising Spindle 51.00 61.00 



41.00 
71.00 



51.50 
91.00 



73.00 
124.00 



100.00 
154.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



67 



BRASS CHECK VALV^ES. 




Horizontal Check 
Valve, screwed. 

Size - 

Hor. Check Valves, Scr 

Vert. Check Valves, Scr 

Vert. Check Valves, 



Scr. (Cap on Side) 
Angle Check Valves, Scr.. 





Vertical Check 
Valve, screwed. 



Angle Check 
Valve, screwed. 



li Va Vz Vz % I M I^ 2 2>^ 3 3;, 4 

.65 .65 .70 .QO 1.15 1.60 2.25 3.15 4.75 9.00 13.00 24.00 32.50 

.72 .77 1. 00 1.26 1.80 2.52 3.50 5.30 10.00 14.40 26.50 36.00 

1.85 2.50 3.25 4.15 5.00 7.25 18.00 25.00 

.72 .72 .77 1. 00 1.26 1.80 2.52 3.50 5.30 10.00 14.40 26.50 36.00 




Horizontal Check 
Valve, flanged. 




Size. 



'hV^ 



Vertical Check 
Valve, flangea, 

4 5 6 



Hor. Ck. Valves, Fl — 4.40 4.90 650 8.25 10.15 i5-50 22.00 33.50 47.50 66.50 

Vert. Ck. Valves, Fl — 4.50 5.00 6.75 8.50 10.50 16.00 23.00 35.00 50,00 70.00 125.00 200.0c 

Angle Ck. Valves, FL. 4.50 5.00 6 75 8.50 ro.50 16.00 23 00 35.00 50.00 70.00 125.00 200.0c 



IRON BODY CHECK VALVE. 







Horizontal Check 

Valve, screwed. Horizontal Check Vertical Check Angle Check 

Valve, flanged. Valve, screwed. Valve, screwed. 

^'^^ :VV ^ ^^ ^^ ^ ^y^ - 3)^ 4 41^ ^ O T f. TO ,2 14 £6 

Hor. Ck. V"l"s, Scr. 1.50 2.20 2.65 3.60 6.50 8.90 12.25 1425 iQoo 22.00 30.00 45.00 57,00 105.00 155.00 

Hor, Ck. VTs, Fl. 2 50 3.25 4 00 5.25 8.25 11.50 15.50 18.00 22.50 26 00 35 00 50.00 62.00 115 00 175.00 300.00 425 00. 

Vert. Ck. V'l's. Scr 7.00 9.50 12.50 17.00 2100 30.00 33.00 40.0062.00 73.00 .... 

Vert. Ck V'l s, Fl , 87511.5015.0020.00250033.5037.00450067.0078.00 ... ,, ^ 

Ang Ck VTs Scr 1 50 2.20 2.65 3 60 6 50 8 90 12 25 14.25 19,00 22.00 30.00 45 00 57.00 105.00 155.00 ! . ," ! !.'!! 

Ang Ck VTs. Fl. 2.50 3.25 4.00 5.25 8 25 11.50 15.50 18,00 22.50 26.00 35.00 50.00 6200 115,00 17500 



68 



NASON MAxNUFACTURIXG COMPAxNY, NEW YORK. 



JENKINS BROS. VALVES. 






GLOBE, ANGLE, AND CROSS VALVES. 

Mzc I3- X^ 33 % % 1 lU 1% 2 2^ 3 

Brass Globe and Angle Valves, scr. 1. 10 i.io 1.25 1.60 2.20 2.80 4.00 5.50 8-75 15.75 22.00 

fl'd- -- __ ... .. __ 600 g.oo 11.00 16.50 25.00 34.00 

.- 1.70 2.00 2,25 2.50 3.25 4.75 6.25 g.50 20 00 27.50 

-- 8.64 11.45 15.10 22.70 32.82 44.30 



Brass Cross A^alves, screwed 

" " flanged 

Brass Hose End Globe and Angle 
Valves 



3. .30 4.70 6.50 9.15 17.10 23.3= 





IRON BODY, COMPOSITION MOUNTED. 



iH ^}4 



2)4 



Size 94 

Glci^e and Angle Valves • 

Brass Hub, screwed. ... 2.75 2.85 3.85 5.00 7.25 11.00 16.00 

8.50 13.00 18.00 



3J^ 



4V2 



'' flanged.. 

With Yoke, screwed. 

'* flanged . 

Cross Valves, screwed . . 

'' flanged . . . 

Diameter of Flanges. . . . 



10.00 12.00 16. 75 19.50 24.00 32.00 40.00 48.00 8o.oo go.oo 130.00 185.00 
11.75 14.00 18.50 21.50 26.00 34.00 42.00 53.00 8000 90.00 130. oc 185.00 
.. 16.00 21.00 26.00 3000 42.00 45.00 58.00 
.. ig.oo 24.00 29.00 33.00 45. JO 48.00 62.00 .. .. .. ..• 

6 7 7^4 8J/^ 9 9*4 10 II 12]^ i^J^ 16 iq 



Size 



14 



16 



iS 



20 



24 



Globe and Angle Valves, with Yoke, flanged 334-oo 400.00 511.00 578.00 1222.00 

Diameter of Flanges 21 



1/ 



23^^ 



25 



'■IH 



32 



NASON MANUFACTURING COMPANY. NEW YORK. 



69 



JENKINS BROS. VALVES.— Continued. 





Brass Gate Valve, Stationary- 
Spindle, Screwed. 



Brass Hose Gate Valve. 




Iron Body Gate, Composition 
Mounted, Flantred. 



JENKINS GATE VALVES. 



Size K 

Brass Gate Valves, screwed 2.00 

" " " flanged 3.50 

Brass Hose Gate Valves - 

Hose Caps, rough, without chain or swivel. . 

" " finished, with chain 



% 


I 


i^ 


i^ 


2 


2M 


3 


2.50 


3 25 


4.25 


5-25 


7.50 


14.00 


20.00 


4-50 


6.00 


7-50 


10.00 


14.00 


21.00 


28.00 




3.70 


4-95 


6.15 


8.75 


15.75 


22.00 


.60 


.75 


I-I5 


1.50 


2.00 


2.50 


-- 


1. 00 


1.25 


1.75 


2.25 


3.00 


3-50 


-- 



IRON BODY, COMPOSITION MOUNTED. 



Size 2 2)^ 3 33.^ 4 4)^ 5 

Gate Valves, screwed .. 8.00 12 00 15.00 18.00 21.00 29.00 30.00 

•' '■" flanged 9.00 13.00 16.00 19,00 22.50 31.00 32.00 

Hub or Spigot Gate Valves 9 00 12.00 15.00 18.00 21 00 29.00 30.00 

Diam. of flanges— Gate Valves. . 6 7 'jV^, ^Vz 9 9^ 10 11 

Face to face— Gate Val., sc. & fl. 6 7H 7% 7% 8% 8% qYz 10 



6 
36,00 
38 00 
36.00 



7 

50.00 



10 
; 00 



62 . 00 

50,00 62. CO 85.00 

50.00 62 00 85.00 
12I4 13I4 16 

II 12^4 i+H 



12 

120 00 
120.00 
120.00 

19 




JENKINS SAFETY VALVE. 
Size. 1 



'2 /4 
4.12 4.95 
3^ 



I 

5-50 
1^ 



8.25 10.15 15-40 



Brass sc. . 

Size % I x}i 1% 1 1% 

Iron Body sc, 4.25 4.50 6.25 7.25 10.25 16.75 

Size... 3 3>^ 4 4'--^ 5 6 

Iron Body sc. 22.00 31.00 38.00 46.50 55.00 73.00 



Size. - . 

Iron Body fl 

Size 

Iron Body fl. 

Size 

Diam, of fl. 



2 2l^ 3 31^ 
12.25 19 00 25.50 34.00 

4 43^ 5 6 

^1.50 51.75 62.00 So. 00 



3 

1% 



3^ 4 4^ 5 
81^ 9 <^% 10 



6 
II 



70 



NASON MANUFACTURING COMPANY, NEW YORK. 



JENKINS BROS. VALVES.— Continued. 




Horizontal Brass Check Valve, 
Screwed. 




Horizontal I. B. Check Valve, 
Flanged. 



y^ 



iK 






Size .. 1^ 3.^ 

Brass, Horizontal, Angle, and 

Vertical, screwed i . lo 1.20 1.30 1.90 2.60 3.60 5.00 7.50 13.50 20.50 

Brass, Horizontal, Angle, and 

Vertical, flanged 4.75 5.50 7.80 9.8015.00 22.80 32.40 



Size 2>^ 3 3M 4 5 6 

Iron Body Check, screwed, horizontal, angle, and vertical. .10.50 14.00 17.00 20.00 30.00 40.00 

flanged, " " " ..12.50 16.5020.0023.0033.0043.00 

Diameter of Flanges. 7 71^ 31^ 9 10 11 

JENKINS' SWING CHECK. 

Simplicity. — It can be repaired by simply re- 
moving cap and renewing the disc. 

Durability. — As it is not metal against metal, 
there is no chance for the seat to wear — the only 
wear being on the Jenkins Disc. 



Economy. — It has been demonstrated that the 
average life of a Jenkins Disc in use in Check 
Valves is from eight to ten years ; consequently, 
the saving in disconnecting and regrinding the 
valves alone makes it the most economical. 




3^ 



r i}€ iK 



3K 



Size ; 

Brass, screwed 1.30 1.90 2.60 3.60 5.00 7.50 13.50 20.50 

" flanged 5.50 7.80 9.80 15.00 22.80 32.40 _.. _. 

Iron Body, screwed.. 12.00 15.50 18.50 22.75 32.90 43.75 

" " flanged i3-90 17-75 20.60 25.45 3^10 47-io 



Diameter of Flanges.- 


^ 7 1% m 9 10 11 


JENKINS 


DISCS. 


Size Ya % % y4. I iH 1% 2 1% 

Each .03 .04 .04 .05 .06 .09 .12 .18 .24 


3 3^ 4 4^ 5 6 7 8 10 12 
•33 -45 -52 -60 .68 .90 .98 1.20 1.75 2.25 



NASON MANUFACTURING COMPANY, NEW YORK. 



71 



BRASS STEAM AND GAS COCKS. 




Screwed. 



Flanged. 3- Way Screwed. 

BRASS STEAM COCKS. 



3-Way Flanged. 



Size Vs H Vs Vz H 

Screwed S5 .85 i.oo 1.25 1.70 

Flanged .. 4.75 5.50 

3-Way Screwed .. .. 2.50 3.00 

3-Way Flanged .. 7.75 8.75 



2-35 

7-3° 

3-75 

11.25 



3-70 
9.70 

5-75 
14-75 



4-85 
"•75 

7-15 
17-75 



14.50 



7-30 
18.00 
n.oo 
27.00 38.25 



27.50 43.00 
18.75 26.00 



3^ 
22.50 38.50 
62.00 



50.00 
57.00 85.00 



4 

50.00 

84.00 

70.00 

121.00 



150.00 275.00 



BRASS STEAM COCKS, EXTRA HEAVY. 

Size % H % }4 H ^ 1^ iM 2 2i^ 3 31^ 4 

Screwed 1.30 i.^o 1.50 2.00 2.85 4.00 6.75 8.50 13.50 25.00 37.00 54.00 7500 

Flanged 6.50 7.75 10.00 14.25 17.25 27.00 41.00 63.00 84.00 120.00 

GAS SERVICE COCKS. 




Square Head. 

Size. 

Gas Service Cocks, Square Head 

Flat Head... 

" " " Tee Handle. 

Gas Cocks, Male and Female... 




H 

.85 
.85 
85 




T-Handle. 



^2 

•95 
•95 
•95 



I-I5 
I-I5 
I-I5 



iH 




Male and Female. 



I 



1.50 2.25 3.10 5.00 11.00 
1.50 2.25 3.10 5.00 ir.oo 
r.50 2.25 3.10 5.00 11.00 



3 
1 6. CO 
16 00 

16. CO 



1.00 1.00 1.30 1.40 1,95 3.00 4.25 6.00 




METER AND UNION METER COCKS. 



Size 

Price. 



iM 



13^ 



1.30 1.40 1.95 3.00 4.25 6.00 



UNION METER COCKS. 



Size 

Price. - 



1^4 



^Vi 



1.40 1.55 2.20 3.40 5.00 7.00 



Square Head. 

LOCK GAS SERVICE AND METER COCKS. 



Size 



K 



Lock Gas Service Cocks 1.30 

Lock Gas Meter Cocks.. 1.40 

Lock Gas Union Meter Cocks. 1.50 



% 


I 


i^ 


iK 


2 


1.60 


2.10 


3.50 


5.00 


7.00 


^•75 


2.30 


3^85 


5^50 


7-75 


1.80 


2.50 


4.00 


5.50 


8.00 




Lock Service. 



NASON MANUFACTURING COMPANY, NEW YORK. 



IRON COCKS. 






SCREWED. FLANGED, 3-WAY SCREWED. 

ALL IRON COCKS. 

Size % ¥2 % T- ik' lYz 2 2% 3 3H 4 5 6 

Screwed .85 ,90 1.05 1.30 1.60 1.95 2.70 4.40 6.75 12.00 15.50 32.00 45.00 

Flanged. .. -- --- 2.25 2.75 3.25 4.25 6,25 9.50 15.00 19.00 36.00 50.00 

3-Way Screwed -- -. 1.65 1.80 2.05 2.65 3.65 5.35 7-5° i4-oo 19.00 36.50 52.00 

3-Way Flanged .- -- --. 3.75 4.25 5.25 7.00 9.00 12.75 20.00 26.00 44.00 60.00 

IRON COCKS WITH BRASS PLUGS. 

Size % 3=^ M I iK 13^ 2 2% 3 3K 4 5 6 

Screwed 1.25 1.30 1.60 1.90 2.65 3.75 5-25 8.75 13-00 27.50 36.50 67.00 94.00 

Flanged --.. --- --- 3.00 3.75 5.00 7.00 10.50 15.75 30-oo 40.00 70.00 100.00 

3-Way Screwed _.. -.. 2.20 2.40 3.10 4.50 6.25 9.75 13.75 30-oo 40.00 71.50 100.00 

3-Way Flanged -.- --. .-. 4.50 5.25 7.00 9.50 13.25 1900 36.0047.00 80.00 10800 

IRON COCKS WITH BRASS WASHERS. 

Size ^i % M I i^ iK 2 21^2' 3 3K 4 5 6 

Screwed .. i.oo 1.20 1.55 1.95 2.35 3.20 5.15 7-75 H-OO 19.00 38.00 53. co 

Flanged -- --- --- 2.50 3.10 3.65 4.75 7.C0 10.50 1700 22.50 42.00 58.00 

3-Way Screwed -- --- 1.80 2.05 2.40 3.05 4.15 6.10 8.50 16.00 22.50 42.50 60.00 

3-Way Flanged -- .-. --- 4.00 4.60 5.65 7.50 9.75 13.75 22.00 29.50 50.00 68.00 

IRON COCKS WITH BRASS PLUGS AND WASHERS. 

Size % 3^ M I i^^ 13^ 2 2i^ 3 33^ 4 5 6 

Screwed -- 1.40 1.75 2.15 3-oo 4.15 5-75 9-50 i4-oo 29.50 40.00 73.00 102.00 

Flanged -. --- --- 3.25 4.10 5.40 7.50 11.25 16.75 32.00 43 50 76.00 108.00 

3-Way Screwed _- -_- 2.35 2.65 3.45 4.90 6.75 10.50 14.75 32.oo 43.50 77.50 108.00 

3-Way Flanged .- ..- --- 4.75 5.60 7.40 10.00 14.00 20.00 38.00 50.50 86.00 116.00 

EXTRA HEAVY IRON COCKS. 

ALL IRON COCKS. 

Size... K ^ I I'i 1^ 2 2}i 3 3^ 4 5 6 

Screwed. 1.15 1.25 1.75 2.10 2.803.65 6.50 9.00 16.75 22.50 45.00 62.00 

3-Way Screwed ... 1.80 2.50 2.80 3.90 5.60 8.40 12.00 21 00 28.00 56.00 7700 

^ IRON COCKS WITH BRASS PLUG. 

Size.. y^ % I iH 1% 2 2H 3 3K 4 5 ^ 

Screwed 1.70 2.25 2.80 3.85 5.60 700 13.25 19.00 42.0c 56.00 08.00 133.00 

3-Way Screwed .-- 2.80 3.50 4.50 6.75 9 25 15.50 22 00 46.00 62.00 107.00 146.00 

IRON COCKS WITH BRASS WASHERS. 

Size M % I ^}4 i^ 2 2}i 3 3K 4 5 6 

Screwed 1.25 r.40 2.00 2.45 3.204.15 7.25 10.00 1875 26.00 5100 70.00 

3-Way Screwed .-. 1.95 2.75 3.15 4.30 6.10 9.15 13.00 23.00 31.50 62.00 85 00 

IRON COCKS WITH BRASS PLUG AND WASHER. 

Size K % I ^H iK 2 2K 3 3V1 4 5 6 

Screwed 1.80 2.40 3.05 4.20 6.00 7.50 14. co 2000 44.00 59.50 10400 141.00 

3-Way Screwed -- 295 3-75 485 7-15 9 75 16.25 23.00 48.00 65 50 ii3QO i54-00 



NASON MANUFACTURING COMPANY, NEW YORK. 



73 




ASBESTOS 
PACKED COCKS. 

IRON AND BRASS. 

For Steam, Oil, Gas, Air, 
Ammonia, Etc. 



ALL IRON. 
BARFFED PLUGS. 



Section of Asbestos Packed Cock 
Barrel, 




Showing Grooves Containing Asbestos 
Packins. 



Size 


yi 




3^ 1 


1.60 


2.10 


I 




iM 


I 


V. 


2 


2^ 


3 


3>^ 


4 
30.00 


5 
45-00 


6 




/ " 1 


'^ 


4.75 




Price 


1.30 1.45 


2.50 3.50 


7.00 


12.00 


18.00 


27.00 


60.00 


BRASS OR STEAM METAL, FROM SAME PATTERNS AS IRON. 


Size 


y^ 


% 


y. 

3-3! 


% 


1 


) 8 on 


iK 


2 


2>^ 3 


3K 


4 












Pr'ce 


3-3 


\ '\.'\^ 


54. 2( 


3 5.6c 


10 "^^ 


16 no 


26.50 1 '5*7 cn 


50.50 


64.00 








3|J-J 






" 




_'-' 








-" -^ 








VULCANIZED ASBESTOS SEAT ALL-IRON 
AMMONIA GATE VALVES. 



WITH SCREWED ENDS COUNTERBORED, 
OR GLAND ENDS. 



Size, inches. 

Screwed 

Gland end._ 



72 
3.00 

4.00 



/4 
3.60 
4.80 



I 
4.20 

5-55 



5.10 
6.60 



6.00 

7-65 



Size, inches. 2 

Screwed 8,50 

Gland end.. 10.45 



12.00 
16.20 



3 
14 50 
20.50 



3K 



Screw Ends, 
Counterbored. 



Sizes 2 in. and over are made with bolted bonnet. 




Gland Ends. 




VULCANIZED ASBESTOS PACKED IRON 
AMMONIA COCKS. 



Size, in... 
Screwed.. 
Gland end 


1.40 
2.10 


1.50 

2 25 


yi 
1 60 

2.45 


% 

2 10 

3 10 


I 

2.50 
3-65 


3-50 

4-75 




Size, in... 
Screwed-. 
Gland end 


yi 

4-75 
6.10 


2 
7.00 
8.65 


12. CO 

1550 


3 
18.00 
23.00 


-hy 

27.00 


4 
30,00 



Counterbored. 



When ordering, state what pressure cocks will 
be required to stand. 

The specially prepared Asbestos Packing in these cocks, when worn, may be 
Price for repairing furnished on application. 




74 



NASON MANUFACTURING COMPANY, NEW YORK. 



CHAPMAN GATE VALVES. 




Compoeitioa 

Screwed. 




Iron Body. Flanged, 
With Bolted Top. 



COMPOSITION STEAM AND WATER VALVES. 

With Brass or Babbitt Metal Seats. 



Size, inches 14 

Face to Face, Screw Ends 2^7, 

Face to Face, Flange Ends 2)^ 

Diameter of Flanges 2J4 

Screw Ends $1.35 

Flange Ends 2.00 

Sliding Stem and Lever, extra... .70 



¥s 


V2 


H 


1 


134 


1-^ 


2 


2}4 


3 


SVs 


2i^ 


2% 


2H 


m 


01 1 


iVs 


m 


5t% 


G% 


m 


23^ 


2i% 


3 


9 


3H 


4t\ 


5H 


m 


7 


SH 


m 


3 


3 


4 


4^ 


5 


6 


7 




sy. 


1.35 


1.50 


1.85 


2.55 


3.30 


4.50 


6.70 


11.35 


16.50 


30.50 


2.00 


2.50 


2,85 


4.00 


5.00 


7.25 10.25 


16.35 


20.75 


38.00 


.70 


.70 


.70 


.70 


.75 


1.00 


1.00 


1.10 


1.65 


1 65 



1.65 



IRON BODY BABBITT SEAT GATE VALVES FOR STEAM AND 
WATER. — (Screw or Flange Ends.) 



14 



15 



Size, inches 2% 3 3)4 4 4)4 5 6 7 8 9 10 12 

ScrewEnd.Ineide Screw.. $9.00 11.25 14.50 17.00 23.50 23.50*29.50 37.00 45.00 57.00 72.00 101.00 

Flange End, " " .. 9.25 11.75 15.00 17.50 23.50 23.50 28.25 34.50 42.50 53.50 «7.00 89.00 118.00 145.00 

Sliding Stem & Lever, Ex.. 2.10 2.50 3.25 3.25 3.75 3.75 5.00 5.00 8.75 8,75 10.25 11.60 

Face to Face, Screw Ends. 6% "Tiy^ 8% 9% 9M 10J4 11% ^^Vb l^X 13}^ 13% 

Face to Face, Flange Ends 7% m ^% 9% 10^ 9% 10% 11^^ 11% 12% 13% 14% 15% 



IRON BODY BRONZE MOUNTED BABBITT SEAT GATE VALVES 
FOR WATER AND STEAM.— (Screw or Flange Ends.) 



Size, inches 16 18 20 22 24 26 30 36 40 42 

Flange End, Ins. Scr $155.00 210.00 250.00 290.00 370.00 435.00 658.00 900.00 1425.00 1.530.00 

Geared Indicator, " ", Extra... 11.00 11.00 11.00 1100 11.00 11.00 11.00 11.00 11.00 11.00 

By-Pass, " ", "... 46.00 48.00 51.00 60.00 64.00 64 00 80.00 114.00 114.00 116.00 

Face to Face, Flange Ends 18^ 20 21 22]^ 24 



NASON MANUFACTURING COxMPANY, NEW YORK. 75 



CHAPMAN ALL-IRON GATE VALVES. 




SEMI-STEEL BABBITT SEAT GATE VALVES FOR AMMONIA. 
To Stand Ordinary Pressure. 

r Screw Top n /—Bolt Top — ^ 

Size, inches i^ M K M i i.¥ i^ 2 2}^ 3 

Screw End $3.00 3.00 3.25 3.65 4.35 5.00 6.10 7.85 11. 10 15.50 

Flange End 3.40 3.40 3.70 4.20 5.00 5 75 7.0^3 8.85 11.70 15.85 

Drilling End Flanges, Extra... .35 .12 .12 .12 .16 .16 

, Bolt Top , 

Size, inches 3)^2 4 4/2 5 6 7 S g 10 12 

Screw End $18.60 21.50 26.50 31.25 40.00 48.00 58.00 

Flange End i9-5o 22.25 26.75 31-25 40.00 47.00 56.00 

Drilling End Flanges, Extra .16 .16 .16 .20 .25 .35 .40 i.io 1.40 2.00 

EXTRA HEAVY SEMI-STEEL BABBITT SEAT GATE VALVES FOR AMMONIA. 

Tested to iooo Lbs. Pressure. 

, Screw Top \ , — Bolt Top — s 

Size, inches... }'i Sg 1^ 3^' i ii^ i^ 2 2^^ 3 

Screw End $5.50 5-50 5.75 6.20 7.50 8.75 10.25 12.75 16.00 21.50 

Flange End, Plain Flanges 5.80 5. So 6.10 6.80 8.20 9.50 11.50 14.50 16.75 22.50 

Flange End, Tongued Flanges.. 8.60 10.00 12.00 15.00 18.00 24.00 

Drilling End Flanges, Extra .20 .20 .20 .20 .35 .35 

, Bolt Top s 

Size, inches 33^ 4 4^^ 56789 10 12 

Screvv End ..$25.50 30.00 36.50 47.00 56.25 72.00 83.00 

Flange End, Plain Flanges 27.50 31.00 37.25 48.00 58.00 73.00 85.00 119.00 163.00 

Flange End, Tongued Flanges. 29.00 32.75 39.00 50.00 59.50 75.00 87.00 122.00 166.00 

Drilling End Flanges, Extra.. .40 .55 .80 i.oo r.50 1.75 1.75 2.10 2.50 3.50 



76 



NASON MANUFACTURING COMPANY, NEW YORK. 



KENNEDY GATE VALVES. 






Composition, 
Screwed. 



Iron Body, Composition 
Mounted, Flanged. 



Iron Body, Composition 
Mounted, Screwed. 



COMPOSITION VALVES, DOUBLE GATE, SCREWED AND FLANGED, WITH 
STATIONARY \ND RISING SPINDLES. 

Diameter of opening, inches % J^ M i i^ i/^ 2 2}.^ 3 3^ 4 5 ^ 

Face to face, screw ends 2J4 2% 3 3H 3)^ aH aH 4~A 5% 6 7 

" flange ends 3 3 3^ 4 4% sH 6 6>^ 7 & g 

Diameter of flanges = 3 3 4 4V^ 5 6 6]4 7 7^ 9 ^° ^^ 

Screw ends Si-40 140 1.80 2.50 3.50 5.00 7.50 14.00 2000 32. co 40.00 55.00 78.00 

Flange ends 2.50 2.75 3.50 4.50 5.50 7.50 1200 18.00 25.00 40.00 48.00 66.00 940 • 

WOOD WHEEL— R.B. Fin. Trim. 1.90 2.00 2.5T 3.25 4.25 5.75 8.25 
" " Fin. all over. 2.90 300 3.50 4.50 6.00 7.50 11.00 



IRON BODY. COMPOSITION MOUNTED, DOUBLE GATE VALVES. SCREWED 

AND FLANGED. BOLTED TOP. 

Diameter of opening, inches ij^ 2 2}/^ 3 3!^ 4 4]/^ 56 7 8 9 10 12 

Face to face, screw ends 4 5 6 6J4 6^ 7 7*^ 8 8^ o 10I4 ii>1& "3^ ^354 

'' " flange ends 5I4 6 6}4 7)4 7}^ 8}4 &]4 9^ 9% ^% " "'M 12I4 13V4 

Diameter of flanges 5678 8}^ o 934 10 11 12 13 15 16 18 

Screw ends >. $10.00 12.00 15.00 18.00 20.00 23.00 25.00 30.00 43.00 53.00 60.00 70.00 95.00 

Flange ends , .... 10.00 12.50 13 50 19. co 21.00 24.00 27.00 32.00 43.00 53.00 60.00 70.03 95 00 



NASON MANUFACTURING COMPANY, NEW YORK. 



77 



KENNEDY GATE VALVES.— Continued. 






Indicator Valve, 



All Iron Gate. 



Hose Valve. 



ALL IRON DOUBLE GATE VALVE, FOR GAS, OIL OR AMMONIA 

5 



Diam. of opening, inches. . 2 

Face to face, screw ends.. 5 

Face to face, flange ends.. 6 

Diameter of flanges 6 



10 



3 3K 

6^ 6% 

1% 7K 

8 V-A 

Screw or flange ends 10.00 12.00 15.00 18.00 20.00 25.00 30.00 43.00 53.00 70.00 95.00 

Sliding stem and lever 11.00 16.00 20.00 22.00 25.00 

These Valves should not be used for Water. 



6 

7 



4 

7 

9 



9% 
10 



6 

9/8 

II 



7 
10 

12 



10^4 

II 

13 



11^ 
I2M 
16 



12 

13H 

18 



FIRE OR INDICATOR VALVE, COMPOSITION. 

Diameter of opening, inches i^^ 2 2^ 3 3^^ 4 

Screw ends ..$9.25 $13.75 $20.25 $27.25 $41.00 $51.75 

Flange ends 11.25 i7-75 24.25 32.25 49.00 59 75 

FIRE OR INDICATOR VALVE, IRON BODY, COMPOSITION MOUNTED. 

Diameter of opening, ins. 2 2'% 3 2>}4. 4 4/^ 5 67 8 10 12 

Screw ends 13.75 16.50 20.25 24.00 26.75 30.00 32.50 39.00 53.50 65.00 85. co 113.00 

Plange ends 13-75 17.00 20.75 25.00 27.25 31.00 34.50 41.00 53.50 65,00 85.00 113.00 



COMPOSITION HOSE VALVES. 



WITH OR WITHOUT CAP AND CHAIN, 

When other than New York Standard Thread is required send gauge or coupling. 

Diameter of opening, inches . ^ i i3^ i}/^ 2 2}4, 3 

Without cap and chain $2.50 $3.50 $5.00 $750 $14.00 $20.00 

Finished all over, with finished brass wheel 5.00 6.75 9.00 13.00 22.00 29.00 

Finished and nickel plated ail over .. 5.75 7.50 9.75 13.75 23.00 30.00 

Finished brass cap and chain, extra 1.25 1.35 1.50 1.75 2.50 3.50 



78 



NASON MANUFACTURING COMPANY, NEW YORK. 



KENNEDY GATE AND CHECK VALVES. 



Bell End Water Gate. 



rrt.^0^Tnr^-^^m 




Quick Opening Sliding Stem 
and Lever Valve. 



Composition and Iron Body 
Swinging Check Valves. 



IRON BODY WATER GATES, COMPOSITION MOUNTED. 



Diam. of Opening, 
Inches 



lO 



12 



14 16 



20 24 



End to End of Pipe 
when laid in Bell, 3 

Diameter of Bell 
Socket 3% 



3H 4 



5 



SH 6 6% 7H 7K 8K 



4% S% 6>8 7^ 10 12 I4J^ i6U 18K 20K 



Bell or Spigot End, $10.00 15.00 20.00 25.00 30.00 53.00 70.00 95.00 _ 



22^ 2t)% 



SLIDING STEM AND LEVER VALVE, COMPOSITION. 


Diameter of Opening, Inches. 


% % I iM ili 2 21^ 3 33^ 


4 


Screw Ends. ^.- 

Flange Ends 


.-.$2.50 3.00 4.00 5.00 7.00 10.00 19.00 25.00 38.00 

-- 4.00 4.75 6,00 7.00 9.50 14.50 23.00 30.00 46.00 


47.00 
55.00 


IRON 


BODY. COMPOSITION MOUNTED. 




Diameter of Opening. Inches. ... 


2X 3 3J4 4 4^ 5 6 7 8 9 10 


12 


Sliding Stem and Lever Screw Ends. . 
Sliding Stem and Lever Flange Ends. 


$16.00 20.00 22.00 25.00 28.00 30.00 35.00 48.00 58.00 65.00 75.00 

. .... 16.00 20.00 22.50 25.00 28.50 32.00 37.00 48.00 58.00 65. CO 75.00 


100.00 

lOO.OO 


■ COMPOSITION 


STRAIGHTWAY SWINGING CHECK VALVES. 




Diameter of Opening, Inches. 


^ M I i^ ^3^ 2 2% 


3 


Face to Face, Screw Ends 

Screw Ends 


21^ 3 3t'6 3% aM SH 7% 

$1.30 1.75 2.25 3.25 4.25 6.25 11.50 


8 
16.00 


IRON 


BODY, COMPOSITION MOUNTED. 





Diameter of Opening, Inches 2 



Face to Face, Screw Ends . . , 

Face to Face, Flange Ends 

Diameter of Flanges 

Diameter of Bell Socket 

End to End of Pipe when laid in Bell. . . 

Screw Ends 

Hange Ends 

Bell Ends 

Leal her or Vulcanized Rubber Disc, extra 



P6.25 

6.25 

6.25 

90 



2j^ 

7% 
7 



10.00 
10.00 



1.50 



3 3V^ 



8% 
8 

7_ 



i^ 



12 00 16.00 
12.00:16.00 
12.00 16,00 

I . 75 1 2 . 00 



4^ 
12K 



7M 
20.5023 00 

21 50 24.00 

18 00' 

2.50! 



25-50 

27 .00 

25.00 
3.00 



13% 

13^ 

11 
7% 
9 
32.00 

32-50 
32.00 

3-75 



15U 
15M 
13 



41.50J50.00 
43.00 50.00 

1 50 . 00 

4 50, 5-25 



15 



62,50 

62.50 

62.50 

5-50 



18S4 

16 

12 

12M 
77-50 
77 50 
73 00 

5-75 



24^ 
18 

14^ 

97.00 

97.00 

92.00 

6.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



79 



LUDLOW BRONZE VALVES, DOUBLE GATE. 

Tested at 300 lbs. pressure per square inch, water pressure. Test guaranteed. 





SCREWED ENDS 

SCREWED ENDS 
with Screwed Cover and Rising 

Stem. Style of sizes, %, 14, M and ^^'^ Screw«d Cover and Screwed 
J jjjch Stuffing Box. Style of sizes, i3^, 

ij^ and 2 inches. 






SCREWED ENDS 
with Bolted Cover and Screwed Stuff- 
ing Box. Style of sizes, 2)^ to 6 
inches, inclusive. 




SCREWED ENDS 

with Bolted Cover, Bolted Stuffing 
Box and Follower. Style of sizes, 7 
inches and above. 



FLANGED ENDS 

with Bolted Cover, Bolted Stuffing 
Box and Follower. Style of sizes, 7 
inches and above. 



SLIDING STEM AND LOCK 
LEVER VALVE. 

With this arrangement the Gates 
can be opened or closed by a single 
movement, or held in any desired po- 
sition by the Locking Lever. In small 
sizes a wheel takes the place of Lock- 
ing Lever. 



BRONZE VALVES— Double Gate. 



Sizes, inches 

Screwed Ends 

Flanged Ends 

For Slide Stem and Lever, add to list. 



Sizes, inches 

Screwed Ends 

Flanged Ends 

For Slide Stem and Lever, add to list 



% 


V^ 


% 


I 


iM 


il/^ 


2 


1.40 


1.40 


1.80 


2.35 


340 


4.40 


6.25 






3-70 


4.15 


5-70 


7.40 


11.00 


.80 


.80 


.80 


.80 


1. 00 


1. 00 


X.25 


3 


^Vz 


4 


\¥l 


5 


6 


7 


15-50 


23.50 


34.00 


45.00 


52.00 


76.00 




21 .50 


30.30 


43.00 


55 ■ 0'5 


64.00 


88.00 


120.00 


2.00 


2.00 


2.00 


2.25 


2.25 


2.25 


1 



2^ 

13 -75 

18.75 

1-75 



158.00 



IRON BODY WITH BRONZE MOUNTINGS. 



size I 1 I i}4\ i}4\ 2 I 2}^ I 3 I 3^ I 4 I 4^2 I 5 I 6 I 7 8 I 10 I J^^ 

Screwed Ends.... | 5.00 | 5.50 ] 6.00 | 7.00 | 10 25 | 12.25 I 16.50 | 18.00 | 23.00 | 25.00 | 30.50 | 38 00 | 45 co | 64.00 | 82.50 

Flanged Ends I 5 5° I ^-oo I 6.25 I 7.50 I 10 75 I 13.25 1 17.50 I 18 50 23 50 I 25.50 | 31. co I 38.00 I 43.50 I 64 50 I 80.00 

Hub Ends | | | | 7 00 | 10 00 | 14-50 16.00 | 17.00 I 22.00 | 24.00 | 28.00 I 37-00 | 42.00 | 6o.oo | 76.00 



8o 



NASON MANUFACTURING COMPANY, NEW YORK. 




LUNKENHEIMER VALVES. 

GLOBE AND ANGLE VALVES, BRASS. 



Size, inches, y^ 

Globe Valves, each, . 70 
Angle Valves, " .70 



,70 
,70 



i4_ 

.85 
•85 



K 



U 






1.45 2.00 

1.45 2.00 



Size, inches, 



2V' 



Globe Valves, each, 2.80 3.90 6.20 12.00 16.50 

Angle Valves. " 2.80 3.90 ^6.20 12.00 16.50 



Regrinding Globe Valve. 

HANDY GATE VALVE. 

Screwed Ends only, not made with Flange Ends. 




Handy Gate Valve. 



Size, inches, 


^ 


3/ 


I 


iX 


IJ^ 


2 


2y2 


Brass Body, each, 

Iron Body, Brass Trim'gs, each. 
All Iron, each, 


1.60 


1.80 
3.40 


2.50 
4.00 


3-50 
4-50 


5.00 
6.00 


7.50 
7.00 
7 00 


13-50 
12 .00 
12.00 



















Size, inches, 3 31^ 

Brass Body, each 19.00 40.00 

Iron Body, Brass Trim'gs, each, 15.00 18.00 

AH Iron, each, 15.00 18.00 



4K 



60.00 
21.00 
21.00 



"CLIP" DOUBLE SEATED SINGLE DISC GATE VALVES. 
For All Ordinary Pressures. Iron Body, Brass Mounted. 




25.00 
25.00 



30.00 
30.00 



35- 00 
35.00 



65.00 
65.00 



Size, inches i^ ^ i ^ ^ 2 2^ 

Iron Body, B. M. Sc, Ends, each, 1.50 1.90 2.50 3.50 500 7.50 12.00 



Size, inches 3 



3K 



1 i/ 

4/2 



Iron Body, B.M. Sc. Ends, each. 15.00 18 00 20.00 23.00 25.00 30.00 



Size, inches. M % i i^ i3^ 2 2^ 

All Iron Screw Ends, each-- 1.50 1.90 2.50 3.50 5.00 7.50 12.00 



Size, inches 3 



[1/ 



4^ 



All Iron Screw Ends, each.- 15.00 18.00 20.00 23.00 25.00 30.00 



LEVER THROTTLE VALVE. 

BRASS. 
Screw Ends only, not made with Flange Ends. 



Size, inches,. 


^ 


I 


iX 


iK 


2 


2/2 


Brass Body, 


each, 3.00 


4.00 


5.00 


7.00 


10.00 


19.00 



IRON. 
Brass Mounted. 



Size, inches, ..'.... 2^ 



s'A 



Iron Body, Brass ) , 

Mounted.each .. f ^''•°° ^^'^"^ 25.00 30.00 35.00 40.00 




NASON MANUFACTURING COMPANY, NEW YORK. 



TRADE 




MARK. 



THE "N" RADIATOR VALVE. 

The need for a Radiator Valve which, while 
handsome in appearance, and of good material 
and workmanship, is low in price and amply 
g-ood for working- pressures up to ten pounds, 
has induced us to go into the manufacture and 
output of such a valve, cuts of which are sub- 
wiTH UNION. mitted. 

They are made both with and without unions 
and all are fitted with 

JENKINS' DISCS. 

The list for these valves is the same as the regular 

price list. 

DISCOUNTS WILL BE GIVEN ON REQUEST* 





WITHOUT UNION. 



Sizes % I i\-l ii^ 

Wood Wheel, Rough Body, Nickel Plated all over, with Union $3.90 4.70 6 25 8. 15 

" " '* " '■ " " without " 2.90 3.60 4.90 6.65 

For our protection they are all marked as shown above, and may be 

ordered as " N " Valves. 



82 



NASON MANUFACTURING COMPANY, NEW YORK. 



STANDARD BRASS DISC RADIATOR VALVES. 




Rough Body. 

S'ze 1^ 

Wood Wheel, Rough Body, plain 1.40 

plated trimmings. 1.60 

plated all over 1,70 

Finished all over. 2.15 

and plated all over 2.45 

With Frink Seat, add to lists .35 




Finished all over. 



% 


I 


1V4 


i^ 


2 


1-75 


2-35 


3-25 


4 35 


6.85 


2.00 


2.65 


3-55 


4 65 


7 35 


2. 10 


2-75 


3 70 


4.85 


7.60 


2.50 


3-25 


4 35 


5-75 


g.oo 


2.85 


3-65 


4.80 


6.25 


9 75 


.40 


•45 


•50 


•55 


■65 




Rough Body, with Union 
Size 

Wood Wheel. Un 



ion, Rough Body^ plain 2.15 

" " plated trimmings. - 2.35 

" " all over 2 50 

Finished all over 3 - 00 

" and plated all over. . .. 3.35 
With Frink Seat, add to lists 35 




With Union, Finished. 



2.50 

2-75 
2. go 

3 -40 

3.80 

.40 



I 

3-30 
60 



75 
25 
70 

45 



1^4 

4.40 

4 70 
5.00 

5 75 
6.35 

•50 



90 

25 
50 

75 
35 
55 



2 

9-25 

9-75 

10.00 

12.00 

12.75 

•65 



Radiator Valves with Lock and Shield same List as with Wood Wheel. 



NASON MANUFACTURING COMPANY, NEW YORK. 



83 



JENKINS BROS. RADIATOR VALVES. 






Wood Wheel Globe. Wood Wheel Angle. Lock Shield Angle. 

RADIATOR VALVES, SCREWED ENDS, R. OR L. THREADS, AS ORDERED. 



78 



1/ 



■1-/ 



No. Size ._ ^' 

1 Wood Wheels, rough body, finished trimmings. 1.50 1.85 2.00 2.50 3.20 4.50 6.25 10.50 

2 " " finished all over . 2.00 2.25 2.50 3.00 3.75 5.25 7.25 11. /5 

3 " " rough body, nickel plated trim's. r.8o 2.15 2.30 2.80 3.50 4.80 6.55 10.80 

4 " " rough body, nickel plated all over 1.90 2.25 2.40 2.90 3.60 4.90 6.65 10.90 

5 " " finished and nickel plated all over 2.40 2.70 2.90 3.40 4.15 5.65 7.65 12.15 




Lock Shield Valves 
same price as Wood 
Wheel Valves. 




For Convenience 
Order Valves by 
Numbers. 



RADIATOR VALVES, GLOBE OR ANGLE, M. OR F. UNIONS, AS ORDERED*. 

No. Size 1^ % I iH 1^2 2 

6 Wood Wheels, rough body, finished trimmings 2.75 3.50 4.30 5.85 7.75 12.60 

7 " •* finished all over 3.20 400 4.80 6.40 8.75 13.85 

8 " " rough body, nickel plated trimmings 3.05 3.80 4.60 6.15 8.05 12.90 

9 " " rough body, nickel plated all over. - 3.15 3.90 4.70 6.25 8.15 13.00 
10 " " finished and nickel plated all over. _ 3.60 4.40 5.20 6.80 9.15 1425 

Tee Handle Keys H H H % '^ ^H ^H 2 

Price, each.. 17 .17 .17 .17 .18 .18 .27 .27 



84 



NASON MANUFACTURING COMPANY. NEW YORK 



JENKINS BROS. RADIATOR VALVES— Continued. 



CORNER RADIATOR VALVES, 

REGULAR AND OFFSET 

PATTERN. 




SCREWED ENDS, RIGHT OR LEFT 
THREADS, AS ORDERED. 



WOOD WHEELS OR LOCK SHIELD. 




Size 1^ 

No. I, Wood Wheels, rough body, finished trimmings 2.25 

" 2, '• " finished ail over 2.75 

" 3, " " rough body, nickel plated trimmings. 2.55 

" 4, " ■' rough body, nickel plated all over 2.65 



% 


I 


1^4 


iK 


2 


2.75 


3-50 


5.00 


7.00 


II 


55 


3-25 


4.25 


5-75 


8.00 


12 


95 


3-05 


3.80 


5 30 


7 30 


II 


85 


3-15 


3-90 


5-40 


7.40 


II 


95 



5, 



finished and nickel plated all over 3.15 3.65 4.65 6.15 8.40 13.35 



With Male or Female Unions, as ordered. 



Size. 



No. 6, Wood Wheels, rough body, finished trimmings 3.05 

•' 7, " " finished all over 3.50 

" 8, " " rough body, nickel plated trimmings. 3.35 

" 9, " " rough body, nickel plated all over.. 3.45 

"10, " '• finished and nickel plated all over 3.90 



% 


I 


i^ 


-^% 


2 


3.85 


4.75 


6.45 


8.55 


13.85 


4.40 


5.30 


7-05 


9-65 


15-25 


4-15 


505 


6.85 


8.85 


14-15 


4-25 


5-15 


6.95 


8.95 


14.25 


4.80 


5-70 


7-45 


10.05 


15-65 




OFFSET GLOBE VALVES. 

Screwed Ends, Right or Left Hand Threads, as ordered. 

Size % \ \\i lY^ 1 

No. I, rough body, finished trimmings. 2.75 3.50 5.00 7.00 11.55 

" 2, finished all over 325 4.25 5.75 8.00 12.95 

*' 3, rough body, plated trimmings.. 3.05 3.80 5,30 7.30 11.85 

" 4, rough body, plated all over 3.15 3.90 5.40 7.40 11.95 

" 5, finished and plated all over 3,65 4.65 6.15 8.40 13.35 

With Male or Female Unions, as ordered. 

Size.- ^ 

No. 6, rough body, finished trimmings. 3.85 

" 7, finished all over 4.40 

" 8, rough body, plated trimmings.. 4.15 

" 9, rough body, plated all over 4.25 

" 10, finished and plated all over 4.80 



I 


i^ 


iK 


2 




4-75 


6.45 


8.55 


13- 


85 


5-30 


7-05 


9-^5 


15- 


25 


5-05 


6.85 


8.85 


14. 


15 


5-15 


6-95 


8.95 


14 


25 


5-70 


7-45 


10. C5 


15- 


65 



FURNISHED WITH WOOD WHEELS OR LOCK SHIELD. 



MASON MANUFACTURING COMPANY, NEW YORK. 



85 



THE ''DETROIT" RADIATOR VALVES. 

QUICK OPENING, FOR STEAM. 
With Union. Opened and Closed with Three Movements. 

Price List for Brass Disc. 




Threads. Right Hand on Union, 
Right hand on Bottom. 



No. 

5 
6 

7 



Size. 



Rough body, finished trimmings. 
Rough body, plated trimmings.. 
Rough body, plated all over. . . . 

Finished body 

Finished body, plated all over. . 



% 


I 


iM 


1V6 ; 


$2-45 $3-25 $4-50 


$6.50 


2.60 


3 35 


4.90 


6.65 ! 


2.85 


3-65 


5-05 


7.10 


3.00 


3-«5 


5-25 


7-50 


3-40 


4- 30 


5-8o 


8.10 



510.00 

10.75 
10.85 

11.50 

12.35 



With Jenkins Disc. 



10 
11 
12 
13 
U 



Rough body, finished trimmings 
Rough body, plated trimmings.. 

Rough body, plated all over 1 3 

Finished body j 4 

Finished body, plated all over.. 
Jenkins Discs 



$3 • 50 


$4.30 


$5-85 


$7-75 


3-7.^ 


4.65 


6.25 


8.00 


3.80 


4 -7,5 


6.40 


8.10 


4. CO 


4.80 


C 40 


«-75 


4-25 


5-25 


7.00 


9 25 


.10 


. 12 


.i8 


■25 



^12.60 

12.85 

13.10 

13-85 

14-35 
■36 



In ordering use Numbers and Slees only. 

Threads — Right Hand on Union ; 
Right Hand on Bottom. 



"THE DETROIT" 

Quick Opening Hot Water R\diator 

Valve, 
union valve. steam metal. 



No. 



100 

lOI 

102 
103 



Size 

Rough body, \ 
finished trim'gs \ 
Rough body, \ 

plated all over \ 
Finished body. . 
Finished body, 

plated all over 



Va 


I 


i^ 


^% 


2.45 


3-25 


4.50 


6.50 


2.85 


3-65 


5-05 


7.10 


3.00 


3.85 


5-25 


7-50 


3.40 


4-30 


5.80 


8.10 



10.00 

10.85 
11.50 

12.35 



All Valves Threaded as described unless otherwise speci- 
fied, and we shall decline to allow the return of such as may be 
incorrectly ordered. 



-THE DETROIT" UNION 
ELBOW. 

FOR UNION RADIATOR VALVE. 




Size 


Va 


I 


i^ 


i>^ 


2 


Rough body, plated all over 

Finished and plated all over 


2 00 
2 40 


2 50 

3 00 


3 20 
3 90 


4 00 

4 85 


7 00 

8 50 



m 



NASON MANUFACTURING COMPANY, NEW YORK. 



RADIATOR AIR VALVES. 





Wood Wheel 
Air Cock. 





Brass Wheel 
Air Cock. 



Brass Head 
Air Cock. 



Size. 



Air Cock with 




Loose Key. 




Vs 


'A 


-65 


.70 


70 


•75 


.60 


.65 


.65 


.70 


.30 


•35 


35 


.40 


.70 


"75 


■75 


.80 



Wood Wheel, Finished Each 

Nickel Plated __ " 

Brass ' Finished " 

' " Nickel Plated 

Head, Finished . 

Nickel Plated " 

Key Air Valve, Finished ' < 

Nickel Plated 



AUTOMATIC RADIATOR AIR VALVES. 



THE DAVIS No. 7 (FLOAT) 
AIR VALVE. 

Closes both by floatation and expansion. 

The constant adjusting hitherto required by valves of this 
description is a constant annoyance. This is caused by the 
gradual shrinkage or compression of the expanding composition. 

By our construction this fault is entirely overcome. We 
recommend this valve for use where it is impossible or un- 
desirable to run drip pipes to basement. 

All valves nickel plated. 




Each. 



o ^ 1.25 

It 6r dozen .«<«.. ...••tt«tiet:*t**«**»*«««*«««*<««. 15* ^^ 



NASON MANUFACTURING COMPANY, NEW YORK. 



87 



AUTOMATIC RADIATOR AIR VALVES. 




^'EUREKA" 
AUTOMATIC AIR VALVES 

Have a hollow, closed float, light and buoyant ; rises from the 
least water and closes valve. Valve stem is riveted to top of float and 
made of gun metal, so will not corrode. Have a hard rubber expan- 
sion cylinder, that elongates or expands -^j in. from the top. Owing 
to the deflector attached to bottom of cylinder no in-rushing air or 
steam can reach float to raise it by pressure. They are all tested at 
100 pounds pressure, and adjusted to close against steam as soon as 
the heat reaches the valve, and against the leakage of water soon as it 
reaches the float, adapting them for either steam or water. 

Cap screws on, and can be locked with the plyers, so no meddling 
with the adjustment. All joints are screw threaded. No soldered 
joints. Adjusting screw passes through a stuffing box and is packed 
so no leakage around thread. They aie adjusted at factory. Anyone 
can apply them. Made side inlet, for radiators. Bottom inlet, for 
coils, indirect, steam traps, etc. Price, each $1 .00 




''VAN AUKEN" PATTERNS. 




15c. extra each net for 
Controller attachment. 



Perfected Duplex No. i. 
Price. ... . ,$1.15 each. 




Price $1.55 each. 



MONASH AUTOMATIC AIR VALVE, 





No. I, Finished and Nickel Plated, per doz I7 . 50 

No. 2, With Union Drip Connection, per doz 8.35 

Drip Cup for No. i Valve, per doz _ 2. 00 



88 



NASON MANUFACTURING COMPANY, NEW YORK. 



AUTOMATIC RADIATOR AIR VALVES. 



PERFECTED DUPLEX No 3. 

For Indirect Radiation. 

List, each $1.15 



THE '• PERFECTION." 





Attachment for 
off the foul air 



Non-Drip End. 



Per dozen $12.00 



Perfected Duplex No. 3. 



"AMERICAN" SPECIAL NON-CORROSIVE COMPOSITION STEM. 

Which, owing to superior con- 
struction, can be brought with great 
force against the valve-seat without 
turning or injury to either. This 
feature makes the "American" 
practically indestructible. The 
Special Composition Stem will not 
corrode nor adhere to the valve 
seat, as would be the case if it were 
capped with metal faces. 

"AMERICAN, 



Jr." 

After adjusting the little set screw 
it can be used as a positive valve 
without change, and cannot be 
tampered with. The Expansible 
Stem cannot be injured by screwing 
down the operating piece too tight. 

"American." Price, each $1.00 









American 




MONASH HOT-WATER AIR-VALVE. 



The Monash Positive and Automatic Hot-Water Air-Valve 
is recommended as the most practical and successful automatic 
valve yet devised for use with hot water. 



List price, each 



$3.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



89 



JENKINS IMPROVED AUTOMATIC AIR VALVES. 

SUITABLE FOR HIGH OR LOW PRESSURE. 




Description.— A, inlet; B, screw for set- 
ting ; C, an expansible plug ; D, outlet, tapped 
to connect drip-pipe or drip-cup. 



PRICE. 




Drip-Cup. 



Finished and Nickel Plated, per dozen. 
Drip-Cups, Nickel Plated, 



-$7-50 
2.00 




Jenkins Automatic Air Valve, w th Union 
Drip Connection. 



FINISHED AND NICKEL PLATED, 
per dozen. 

1^ inch Inlet, ig i"ch Union $ 9 -SO 

-I / << \/ " 10.00 

78 /4 

1^ " M " lo-^^ 




Auxiliary Valve and Drip-Cup. 

JENKINS AUXILIARY VALVE AND 
DRIP CUP 

is so designed that when attached to the 
Jenkins Automatic Air Valve the latter 
can be used either as an automatic, or a 
direct valve with a drip-cup. By its use 
the automatic can be kept under control 
of the attendants, and in mild weather, 
when kept closed, it prevents the radiator 
from fully heating. 

PRICE. 
Finished and Nickel Plated, per doz., $2.50 



90 



NASON MANUFACTURING COMPANY, NEW YORK. 



EXPANSION JOINTS. 




BRASS EXPANSION JOINTS— EASTERN TRAVERSE. 



Size . 3^ % I i^i 1% 2 

Brass Expansion Joints, Screwed 3 -So 4.00 4.90 6.30 7.40 9.10 




IRON BODY EXPANSION JOINT FLANGED 

All 6 inch Traverse. 



Size. 



iZ 



3>'2 



aK 



Iron Body Expansion Joints, Screwed 11.00 13.00 17.50 25.00 30.00 40.00 45.00 55.00 

Iron Body Expansion Joints, Flanged 18.00 20.00 25.00 35.00 40 00 50 00 55 co 65.00 



THE WAINWRIGHT CORRUGATED COPPER EXPANSION JOINT. 




Size 1% 2 

Price 25.00 30.00 

Size 678 

Price 75-00 90.00 125.00 



2>-2 

35-00 

9 
I35-00 



3 
40.00 

10 
165.00 



3% 
45-00 



12 
225.00 



4 
50.00 

14 

300.00 



4K 
55.00 

16 
400.00 



5 
60.00 



500.00 



These Joints are made of soft seamless drawn corrugated copper tubes, which close with 
the expansion and open with the contraction of the line of pipe in which they are placed. We 
guarantee satisfaction when placed in accordance with our directions. 



NASON MANUFACTURING COMPANY, NEW YORK. 



91 



DAVIS NOISELESS BACK-PRESSURE VALVE. 

The Davis valve is constructed on an entirely new and unique prin- 
ciple. Instead of a flat valve to hammer the seat at each stroke of the 
engine, it has a sliding valve which renders it perfectly noiseless in oper- 
ation. This valve consists of two seats, but of different areas, and in- 
stead of the resistance of the whole area of the pipe to weight back as on 
all other valves, the resistance is only the difference in the area of the 
two seats, one partly balancing the other. By this construction only 
one-quarter the usual amount of weight is required even for high pressure. 

Each valve full area of corresponding size of pipe. 

In ordering valves for condensing engines it must be so stated, as 
all valves are made for non-condensing engines unless otherwise ordered. 

Valves are not fitted tight unless so ordered. 




Size, Inches 2 2^ 3 

Each $14. 16. 18. 

Length Screw-End Valves, In* ']% 7^ 91^ 

Length Flanged Valves, In. . . . screv^ end g>^ 

Diam. of Flanges, Inches only. 7^ 



3K 
22. 

9^ 



4 

25- 

loX 
8'^ 



30. 

II 

II 

9 



5 

40. 

ii|^ 

10 



6 
60. 

13^ 

II 



7 
80. 

15 
15 
13 



100. 
14 



Size, Inches 9 10 12 14 16 18 20 22 24 

Each $120. 145. 220. 345. 465. 600. 750. 900. 1050. 

Length Flanged Valves, In. ... 18 19 21 23 26 29^ 33 36 39 

Diam. of Flanges, Inches 16 17 19 20 23 25 27 29 32 

* Valves from 3 to 7 in. inclusive made either flanged or screwed end. Larger sizes flanged end only. 



THE KIELEY NOISELESS BACK-PRESSURE VALVE. 




The Kieley Valve is simple in construction, is guaranteed absolutely noiseless and steam 
tight. It is extremely sensitive, and can be regulated to carry any back pressure that may be 
required. The lever can be placed in any position desired by simply turning the top. 

The valve is made for both vertical and horizontal mains. 



Size, Inches 2 

Diameter, Flanges 6 

Face to Face Flanges 63^ 

Price, each $20.00 



2K 


3456 


7 


8 10 II 12 


7 


8i8 loig 11^ 13^4 


24.00 


30.00 40.00 55.00 75.0 



7 » 10 12 
13 14 16 20 

14^ 15^ 193^ 241^ 

100.00 130 00 200.00 275.00 



92 



NASON MANUFACTURING COMPANY, NEW YORK. 



NASON'S QUICK OPENING ELEVATOR VALVE 
'^WITH BALANCED DISCS. 




They are offered to the trade as the most reliable valve made for the automatic and positive 
control of the speed of all pumps and engines which are used for tank service in connection 
with elevators, or for pumping water into reservoirs for general use. 

A small difference in the diameters of the two discs permits the passage of the lower 
through the upper opening. Compensation for the difference in areas is provided by the 
weighted lever. 

Being connected in the line of steam supply to the pump to be regulated, they are operated 
by a float placed either in the upper or lower tank of the elevator, and as a movement in the 
valve spindle of from ^a in. to 2 in. (depending upon its size) is sufficient to entirely open or 
close it, their extreme sensitiveness is apparent. 

This valve is made as shown in the above cut, either with yoke, lever, and weight, or 
without these additions, the spindle being in the latter case left plain on the upper end, as with 
our regular Balanced Disc Governor Valve. 



Sizes I in. 

Price, Brass 5.00 

Price, Iron Body. 



134 in. 
6.50 



in. 



8.50 



2 in. 


2)^ in. 


3 in. 


■3Kin. 


4 in. 


1300 


21.00 


40.00 


50.00 


65.00 














50.00 



NASON'S BALANCED 




GOVERNOR VALVE. FOR 
STEAM ONLY. 



In this valve the port openings are of exactly the same size. 
The openings are each fitted with cylindrical plugs, which are ground 
with extreme care into the ports and work with a minimum of 
friction. 

As the areas are identical no compensating weight is necessary, 
and the valve is balanced at all points of its stroke. 

Owing to the method of constructing the bearings and the lia- 
bility to wear if a lubricant is not used, or in the presence of grit or 
sediment, they are recommended for steam use only. 



Balanced Governor 
Valve. 



Size.. 

Price, Brass.. 



I 
5.00 



7-50 



iK 2 23^ 3 

9.00 15.00 21.00 40.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



93 



FOSTER PRESSURE REGULATORS. 



NEW "CLASS W." 




IMPORTANT FEATURES. 

1. A compensating spring movement exerting a uni- 
form power on the diaphragm, without regard to the 
opening of the valve. 

2. A compensating balanced valve insuring steam 
tight seats, regardless of pressure or temperature. 

3. Full steom-way through the valve. 

4. Great simplicity of construction and operation. 

5. No friction of parts. 

6. No ports to become clogged. 

7. No dash-pot. 

8. Noiseless — no " chattering." 

g. Can be taken apart for regrinding or repairs, with- 
out removal from pipe. 

10, Used either as an angle valve, or as a straightway 
valve. 

11. Diaphragm and springs can be removed or renew- 
ed without shutting off steam, and in event of these or 
their connecting parts breaking, the valve will continue 
to deliver steam while repairs are being made. 

12. It is a perfect Pump Governor, capable of controlling a pump operating pressures from 
5 to 5,000 lbs. 

13. The whole operation, either as a Pressure Regulator or a Pump Governor, is absolutely 
automatic, requiring no attention after once being adjusted as to pressures. 



Class "W." 



Size 1^ 

Screwed 18. 

Flanged 



I i^ il.^ 2 2l^ 3 3K 4 5 6 
22. 28. 35. 44. 57. 72. 90. 100. 13s. 180. 
37. 46. 60. 75. 95. 105. 140. 185. 



220. 260. 350. 450. 



14 



575- 



16 



18 



700. 875. 




NEW ''CLASS Q." 
FOR STEAM HEATING. 

This new Reducing Valve is specially designed for Steam Heat- 
ing, or for other service where the delivery pressure does not 
exceed 15 lbs. on the square inch. 

It is not intended to take the place of the Foster Standard "Class 
W," but to meet the demand for a lower priced valve for some ser- 
vices where it will answer its purpose as well as a more expensively 
constructed one. 

The diaphragm is composed of sheet rubber, which any engineer 
can renew, and is protected from the heat of the steam by water of 
condensation. It is also protected by steel backing plates which 
prevent undue strain or expansion of the rubber. 



Class "Q.' 



Size I 1I4 

Screwed 20 24 

Flanged 



1V2 


2 


2}4 


3 


3^ 


4 


5 


6 


28. 


35- 


40. 


48. 


55- 


70. 


85 


120. 




38 


43- 


52. 


60. 


75- 


90 


125. 



300. 



350- 



Steam Gauge Extra. 



94 NASON MANUFACTURING COMPANY, NEW YORK. 



PRESSURE REGULATORS. 




CURTIS 
REGULATOR FOR STEAM AND AIR. 

Size % I 1% 13^ 2 

Each 22.00 22.00 28.00 35.00 44.00 

Size 3 4 5 6 7 

Each 72.00 100.00 135.00 iSo.oo 210.00 

Special quotations for larger sizes. 



2K 
57.00 



250.00 




CURTIS 
WATER PRESSURE REGULATOR. 



% 



Size 

Each 17.00 



I 
22.00 



1^4 
28.00 



35.00 44.00 



57.00 



3 
72.00 



Adapted for Service Mains in Dwellings and Public Buildings. 

Also for controlling pressure in connection with 

Water Motors, Hydraulic Elevators, etc. 




"EUREKA" 

PRESSURE REGULATOR FOR STEAM 

HEATING APPARATUS. 

Size... T i34 iK 2 23^ 3 4 

Diam. Figs.. 7 8 10 

Face to Face. 7 8 lo^ 

Each 22.00 28.00 35.00 44.00 57- 00 72.00 100.00 

Size 5 6 .7 8 9 10 12 

Diam. Figs.. 11 12 13 14 16 18 

Face to Face ii3^ 12^4 13^ 14^ i63^ 18I4 

Each 135.00 180.00 225.00 275.00 350.00 "^i^o.oo 470.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



ns 




PRESSURE REGULATORS— Continued. 

THE "ACTON." 



Size, I inch Price, 



iK 



3H 
4 

5 
6 

7 
8 

9 

lO 
12 

15 

i8 



$22. OO 
28.00 

35-O0 
44. ou 

57.00 

7-'. 00 

86.00 

IOC. 00 

1 17.00 

135.00 

180.00 
215.00 
250.00 
300 00 
400.00 
500.00 
650.00 
800.00 



THE "MONASH." 



Inlet I 1I/4 i}4 2 2}4 3 3K 4 5 6 7 8 10 

Outlet -._ iX 13^ 2 2>^ 3 33^ 4 5 6 7 8 10 12 

Dia. Flgs_ -- -- -- -- .- 77 81^ 10 ]2 13 t:; 18 

Each $40. 44. 46. 54. 63. 72. 87. 105. 135. 180. 240. 300 450. f 



THE "FORD" WATER PRESSURE REGULATOR. 



Size... 


- H 


I 


iM 


iK 


2 


2K 


3 


4 


5 


6 


7 


8 


Each.- 


- $18. 


20. 


22. 


25- 


30. 


35- 


40. 


50. 


60. 


75- 


100. 


135. 





THE "FORD" PUMP REGULATOR. 
For Elevator, House .a.nd Fire Pumps. 

To connect and operate, place the Regulator in an 
upright position between the steam chest and throttle 
valve, then connect the steam pipe to the side inlet. The 
oil cup should be placed in such a position as to allow 
the oil to pass through the Regulator. For connecting 
the water part with closed tank (as with elevator pres- 
sure systems or fire pumps), tap the pressure tank for % 
pipe, and connect the side of operating cylinder (marked 
inlet). Place a union and globe valve near the Regulator. 
A drip pipe should be connected with the bottom of the 
cylinder. 

To remove the valve cap, strike the lugs lightly with a hammer. 
In starting your pumps, do it with throttle valve in steam pipe, then open 
the globe valve in pressure pipe from tank to Regulator, and screw up the 
nuts on side rods under the spring rest until the required pressure is obtained. 

When used for open tanks connect a float valve to the end of discharge 
pipe in the tank on the roof; then from the operating cylinder connect a 
% pipe to the pump discharge pipe with a valve and union. 



Ford 

Water Pressure 

Regulator. 



Size. 
Each. 



I 

.$20. 



25 



2 
30. 



23i 

35- 



3 
40. 



4 
50. 



96 



NASON MANUFACTURING COMPANY, NEW YORK. 



THE 
"GRIFFIN" WATER 

PRESSURE REGULATOR. 




In the "Griffin" Water Pressure Reducing Valve, we present a device which we can recom- 
mend for its simplicity of construction, durability and absolute safety. 

By its use heavy water pressures are automatically reduced and maintained at any point at which 
the Regulator may be set ; all its parts are frictionless, and there are no packed joints to leak or stick. 

It is not an untried device, having been in the field for several years, and during which time a 
large number have been placed under the most exacting conditions with perfect results in every 
instance. By a simple device the full initial pressure can be instantly turned on for fire or other 
purposes, and can be operated from a long distance, balancing the water on opposite sides of the 
diaphragm, relieving it from all strain, unlike any other. A bonnet and wheel furnished with 2-inch 
sizes and above, forms a shut-off globe valve. 

This Regulator does not chatter under heavy pressure and full flow ; its use prevents the annoying 
"water hammer" in house systems, and in case of mains being turned off, or bursting, the valve 
closes automatically and prevents the collapse of Boilers. 



$15.00 
20.0c 
30.0c 



2 m. 

3 " 

4 ' 



l45 


00 


75 


00 


100 


00 



6 in $175.00 

8 " 250.00 

12 " 350.00 



14 in $500.00 

16 " 700.00 

20 " ....... 1,200.00 



In ordering, state highest water pressure and delivery wanted. 



WATER RELIEF VALVE. 




This Water Relief Valve is unequalled for strength and 
efficiency. 



Diam. Base Flange. 



Screwed. 



Screwed or-( 



9 

9 
10 

II 

II 

12 

12 

14 



Y m. 



Flange. 



Diam. of 
Side Outlet. 



I 
Brass. Iron. 



^ inch 




$10 


00 


I 






12 


00 


i^ ' 






15 


GO 


1/3 ' 






20 


00 


2 






30 


00 


2K2 ' 
2>^ ' 






50 


00 


3 

3K ' 












. . 


4 

4^ ' 

9 
10 

10 




c 

















1 • • 





$30.00 

50.00 
50.00 
65.00 
80 

100 

125 

160 
22c:) 



00 
00 

CXD 
00 
CO 

250.00 



In ordering, state pressure to be carried. 

If flange is desired, state diameter in ordering. 



NASON MANUFACTURING COMPANY, NEW YORK. 



97 



RICHARDSON'S PATENT VALVES, 

FOR PORTABLE FARM ENGINES, HOISTING 

ENGINES, STEAM FIRE ENGINES, AND 

STEAM LAUNCHES. 




Always connect Valve as close to boiler as possible. When pipe connections 
to inlet of Valve must be used, then have them full diameter of Valve or larger 
and as short and free from bends as possible. 

In ordering, state horse power or size of boiler, and highest working 
pressure. 



Sizes. 


Size Steam 
Connection. 


Height. 


Largest 
Diameter. 


Horse 
Power. 


Prices without Locks. 


}( inch. 


3^ir 


., Female. 


6% inch. 


2y\ inch. 


8 


8 . GO — Down-turned Levers. 


3/ " 


I ' 


' Male. 


(^% " 


2^ " 


ID 


8.00— 


I " 


I 




iVz " 


2tV " 


12 


10.00 — Up-turned Levers. 


I " 


i^ ' 




VA " 


2tV " 


15 


10.00— 


1% - 


i^ ' 




V/z " 


3 


18 


15.00- " 


iX " 


iVz ' 




vA " 


3 


20 


15.00- 


i^ " 


iVz ' 




lV% " 


3^ " 


20 


20.00 — Straight Levers. 


^Vz " 


2 




iY% " 


^y^ " 


25 


20.00— " 


2 " 


2 ' 




9>^ " 


4iV '' 


30 


30.00— " 


2% " 


2/2 ' 


' Female. 


123^ " 


5^ " 


40 


40.00— " 




3 


' ■' 


13^ " 


5^ ' 








SOLID 
NICKEL SEATED SAFETY VALVES, 

WITH ADJUSTABLE SCREW RING. 
FOR STATIONARY OR MARINE BOILERS. 

Made with either Flanged or Screw Base Connection, 

AS Ordered. 











Distance Total 


Distance 


; Largest 








Diameter 


Diameter 


from Base Height c 


* from Cen 


re Diamete 


r For 




Size. 


of Base 




of 


Flange to Valve, 


of Valve 


to of Valve 


or Boilers, 


Prices. 




Flange. 


Side 


Outlet. 


Centre 

Side 
Outlet. 


t j includm 
Lock-u] 
Caps. 


? Outside c 
' Outlet. 


)f Space 
Occupiec 


H. P. 

1. 




I inch 


Screwed 


i^in 


. screw'd 


4 inch 9^in( 


:h 2y\ in< 


:h ^A. in 


:h 8 to 10 


15.00 


1% " 


" 


I^ 


" 


4H ' 


' II>^ ' 


' 2^ ' 


5 


10 to 15 


20.00 


i^ " 


i ( 


2 


1 ( 


5/2 ' 


12 ' 


' 2^ ' 


' 6X4: ' 


20 to 30 


30.00 


2 " 


( « 


2'^ 


(( 


6 


' 143^ ' 


* 3K ' 


' iy% ' 


' 35 to 50 


40.00 


2K " 


9>^ inch 


3 


t i 


73/ ' 


' 17^ ' 


' 4X ' 


' 83/ ' 


' 60 to 75 


55 -oo 


3 


^'A " 


3^ 


< < 


^A ' 


' 18 


5 


' 9^ ' 


' 75 to 100 


75.00 


^y^ " 


loX " 


4 


( ( 


9>^ ' 


' 203/ ' 


' 5^ ' 


' io>^ ' 


' 100 to 125 


87.00 


4 


11^ " 


4 


( 1 


9X ' 


' 211^ ' 


6 


' II>^ ' 


' 125 to 150 


100.00 


AVz " 


I2>^ " 


81^ in 


. flanged 


10 ' 


22 ' 


6 


12 ' 


' 150 to 175 


125.00 


5 


13;^ " 


q/8 


1 ( 


10 


' 23 


' 6^ ' 


' 12/ ' 


' 175 to 200 


150.00 


1% " 


13)^ " 


10^ 


t( 


II 


' 36 ' 


12 ' 


' 19 • 


' 200 to 275 


165.00 


6 " 


^yA " 


103^ 


< ( 




. 40 


' 14^ ' 


' 22V ' 




175-00 



9? 



NASON MANUFACTURING COMPANY, NEW YORK. 




Throttle Valves. 



Sizes /% 

Throttle Valves, Brass Screwed lo.oo 

Throttle Valves, Iron Screwed 

Throttle Valves, Iron Flanged 



I 


iVa 


Ij^ 


2 


^H 


3 


3^ 


4 


11.50 


14.00 


20.00 


25. CO 


35.00 


47.00 






10.00 


12.50 


15.00 


22.50 


30.00 


40.00 


50.C0 


60.0 > 


11.00 


13-50 


16,50 


24.00 


32.00 


42.50 


53.00 


64.0c 





Fitts' Chronometer Governor Valves. 



Size % 

Iron Body 

Bronze Body 

Iron Body, with Yoke 

Bronze Body," " 9-oo 



9.00 



X 


I 


i^ 


i^/ 


2 


2% 


3 


4 
63.00 


6 


5-5° 


8.00 


11.00 


15.C. 


20.00 


25.0 ) 


35.00 


120.0 


7.00 


10.00 


14.00 


20.00 


28.00 


37.00 


55.00 










15.00 


20.00 


25.00 


33. CO 


45.03 


75 00 


i50.o< 


10.00 


13.00 


18.00 


25.00 


33.00 


45.00 


65 00 








Butterflv Valves, Iron Body. 



Sizes z}{ 

Screwed. .6.35 
Flanged. ..7.50 



Sizes. ...... ^ 

Screwed 3.10 

Flanged 



1V7 


2 


2^ 


3 


3^ 


4 


5 


6 


7.00 


8.00 


9 50 


12 CO 


16.00 


18.50 


28 50 


42.50 


8.50 


9-50 


II. 50 


15.00 


19 00 


22.00 


32.00 


47.00 



Butterfly Valves, Brass. 



4.40 



5-65 



6.75 
14.00 



10 00 
21,00 



13-75 
27.00 



21.0C 

42. cc 



Butterflv Valves. 



NASON MANUFACTURING COMPANY, NEW YORK, 



99 



LOW PRESSURE BRASS SAFETY VALVES. 

FOR STEAM HEATING BOILERS. 










Fig. 40. 






Size 

Price 


— ^\n. 
3-50 


I in. 
5.00 


ii^in. 
7.00 


ii^in. 
9.00 


2 in. 
12.00 



1 1 ilPll IIH 


HI 


liiiiiiiiiiiilliiilll 




Fig. 40. 
NASON PATTERN. 

Size % I ii^ ii^ 2 

Each ._ 2.50 3.50 5.00 6.00 8.00 

Size 2% 3 33^ 4 

Each 16.00 20. CO 26.00 31.00 

VACUUM VALVE. 

Size % % 

Each 1.50 2.00 



Nason Pattern. 






Vacuum 

k alv. 



STANDARD PATTERN. 

Size._ I4 3g i^ 3^ I 

Safety Valves- 2.20 2.50 3.25 3.90 4-70 

Size i3^ i}4 2 2i^ 3 

Safety Valves - 7.15 9.00 12.50 22.50 33.50 

Figs. 337 and 338, Ball Pattern. 

Sizes 14 % 1 1% 1% 2 

Fig. 337 1.50 2.25 3.00 4.00 5.50 

Fig. 338---. 2.25 2.60 3.30 4.50 6.35 8.65 




Fig. 338. 



TOO 



NASON MANUFACTURING COMPANY, NEW YORK. 



LOW PRESSURE POP SAFETY VALVES. 




Figure 50. 




Figure 56. 



FIGURE 50. 



Size, inches ' - A ^ 

Each-. $2.60 $3.30 



Ik: 



.50 



35 



.65 



FIGURE 56. 
Size, inches- % \ \\i \% 1 

Each... $5.00 $7.00 $9.00 $11.00 $18.00 

These Valves are made with rough body, bronzed ; also finished, to order only, at a 

nominal advance in price. 

In ordering, state pressure at which Valve is to be set. 



WHISTLE VALVES. 




Whistle Valve. 




WHISTLE VALVES. 
^ in. I in. 1}/^ in. 
Price $2.50 $3.00 $3.50 $5.00 



bize -- /t '"• 



Compound Whistle Valve. 



2 m. ly^ m. 3 m. 



.00 



i.OO 



)i8.oo $27.00 



COMPOUND WHISTLE VALVES. 

Size. 2 inches. 2^^ inches. 3 inches. 

Price $25.00 $35-oo $45-oo 

The Compound Automatic Whistle Valve is especially adapted for use where high pressure 
is carried, as they are opened with the least effort. 



NASON MANUFACTURING COMPANY, NEW YORK. 



lOI 



STEAM WHISTLES. 





No 4. Without Valve. 



No. 5. With Side Valve. 

5 6 



Diameter of Bell Inch, i i54 ^V^ 2 2^^ 3 3^^ 4 5 6 8 10 

Screwed for Pipe ■" 14 "^ M. % % i i i^ i5^ 2 2>^ 2^ 

No. 4. Without Valve .. . Each, 2.20 2.75 3.00 4.35 5.25 7.25 9-5o 12.00 19.00 24.00 70.00 125.00 

No. 5. With Side Valve. " 3.10 3.75 4.00 5.50 6.50 8.50 11.50 15.00 22.50 33.00 95-00 175.00 



SINGLE BELL CHIME WHISTLES. 




Upright Valve. 

Diameter of Bell .... Inch, 2 2}^ 

Size of Steam Pipe. . " }^ M 

Without Valve Each, 5.00 7.00 

With Upright Valve " ... 

With Side Valve. .. . " 7.00 q.oo 



3 

8.00 



14.00 
18.00 
18.00 



22.00 
28.00 
28.00 




3 
260.00 



300.00 



I02 



NASON MANUFACTURING COMPANY, NEW YORK. 



SPECIAL STEAM WHISTLES. 





Long Bell Whistle. 



Organ Pipe Whistle. 



ORGAN PIPE WHISTLE. 

The Organ Pipe Whistle, owing to its length and form of bell, has a soft and musical far- 
reaching sound, and is therefore, in many cases, preferable to the shrill sound of the plain 
whistle, especially when worked under high pressure. It has been largely adopted by steam 
launches, etc. 

Prices. 

Diameter of Bell, inches i}^ i% 2% 

Size of Steam Pipe, " \^ ^ i 

Price, each $8. 00 10.00 15. 00 



LONG BELL WHISTLE. 

The Long Bell Whistle, owing to its length, has a soft and far-reaching sound, and is there- 
fore preferable to the shrill sound of the plain whistle when operated under high pressure. 
They are made in the following sizes : 

D:am3ter of Bell, inches 4 5 6 8 10 

Size of Steam Pipe, *' i \\i i% 2 2}4 

Length of Bell Ranging from 16 to 36 inches. 

Prices upon application. 
In ordering, state Length and Diameter of Bell. 



NASON MANUFACTURING COMPANY, NEW YORK. 



103 



STEAM SYRENS. 



PATENT APPLIED FOR. 






Fig. 18. 



Fig. 17. 



Fig. 19. 



These Syrens are specially constructed for use on board steamships, and will be found to 
possess advantages greatly superior to any other steam sounding or signaling apparatus. The 
following among other advantages v^^ill be readily understood and appreciated. 

They give the most intense, far-reaching, and distinctive sound yet obtained. 

They cannot be over-blown, even with the highest pressure, as is the case with Bell or Organ 
Pipe Steam Whistles. 

With the Fixed Cowl the sound is projected in a horizontal direction ; the Syren may be 
fitted to look forward, so that the most concentrated sound will be projected in the direction of the 
steamer's course. 

With the Movable Cowl the Syren becomes in acoustics what the electrical search-light is in 
optics, as the sound may be projected horizontally in any required direction. 



Size. 

No. 



Connection. 



Bellmouth. 
Fig. 17. 



Fixed Cowl. 
Fig. 18. 



Movable Cowl. 
Fig. 19. 



Geared Cowl. 



34" inch. 



iX 


i ( 


IK 


(( 


2 


t( 


2^ 


(( 



$15.00 

22.00 
30.00 
40.00 

65.00 
110.00 



$20.00 
27.00 

35.00 
45.00 
75.00 

125.00 



$25.00 
32.00 
40.00 
50.00 
85.00 

145.00 



$60.00 
100.00 

175-00 



I04 



NASON MANUFACTURING COMPANY, NEW YORK. 



THE VOLUNTEER UP-DROP 
SIGHT-FEED LUBRICATOR. 

FOR STATIONARY ENGINES AND PUMPS 
OF ALL KINDS. 

Directions for Application. 

I. — Connect the Lubricator to steam pipe by dis- 
charge shank G, which is chased for a % ^^- ^ncl j/2 
in. pipe, according to size, and also top of condenser 
to same pipe by }( in. pipe, placing a common }^ in. 
globe valve at the bend, as illustrated. 

2. — The connection between shank G and main steam 
pipe must be above the throttle, so that pressure will 
remain on the cup when throttle is closed. 

Directions for Use. 

Fill the cup with clean strained oil through filling 
plug A, then open valves B and D; wait till sight-feed 
glass has filled with water of condensation, then start 
and regulate the feed by valve C. 

To Stop. — Close valve C. 

When the cup is empty close valves C and D, and 
draw off water by waste-cock \V ; then fill and start as 
before, always opening valve D first. 

Notes. 

-- I. — In case the sight-feed glass breaks, close valves 
B and C and remove the broken glass by unscrewing 
bonnet of water valve D; at all other times valves H 
and F must be kept open. 

2. — Keep valve D always open, except when drain- 
ing the cup, as per directions. 




Nos. 



Price. 



Capacity 



)io 00 



Mpt. 



SI 2 00 



>^Pt. 



515 00 



^Pt. 



THE 




DETROIT" IMPROVED STANDARD 
LUBRICATOR. 

FOR STEAM ENGINES, PUMPS, ETC. 

Ai. Body of Oil Reservoir. 

A2. Condenser. 

A3. Filler Plug. 

A4. Water Feed Valve Stem. 

A5. Plug for inserting Sight-Feed Glass. 

A6. Sight- Feed Glass Drain Stem. 

A 7. Sight-Feed Regulating Valve Stem. 

A8. Drain Valve, 

Ag, Globe Valve in Support Arm. 

Aid. Plug for inserting Gauge Glass. 

H. Sight-Feed Glass. 

J. Gauge Glass. 

K. Connection to Steam Pipe. 

On account of their small size, the >^-pint and l^-pin,. Improved Standard 
Lubricators have filler plug above Gauge G'ass. 

PRICE LIST, 

Size ^ Pint ^ Pint i Pint i Quart J;^ Gal. i Gal. 

For Cylinder Under 10 in 10 to 12 in i2toi8in 18 to 30 in 30 ins over 

Brass Finish $1700 $2200 $3000 $4500 $6000 $7500 

Nickel Finish 20 oo 25 00 35 00 50 00 65 00 80 00 

SIZES OF GLASSES USED. 

Sight-Feed %X2 %X3 Hxs H x ^M H^M % ^ M 

Gauge % X 2 % X 3^ % X 4% % x 41^ % x 6% % x g% 

Valve A9 in Support Arm should be in horizontal position as shown in cut 
when Lubricator is attached to Steam Pipe. 



NASON MANUFACTURING COMPANY, NEW YORK. 



105 



THE DETROIT STYLE ''C" LUBRICATORS 

FOR TRACTION ENGINES, STEAM PUMPS, ETC. 




Sight-Feed Glass, %x 2.^ 
Single Connection. 



A. Oil Reservoir. 

C. Filler Plug. 

D. Water-Feed Valve. 

E. Regulating Valve. 

F. Condensing Chamber. (Single 

Connection.) 

F. Equalizing Tube. (Single Con- 

nection.) 

G. Drain Valve. 

H. Sight-Feed Glass. 

L. Plug to insert Glass. 

K. Connection to Steam Pipe or 
Steam Chest. (Single Connec- 
tion.) 

Q. Drain Valve for Sight-Feed 
Glass. 

I. Valve in Support Arm. (Single 
Connection.) 

F. Steam Connection. (Double Con- 
nection.) 

M. Connection to Steampipe. 
(Double Connection.) 

The Single Connection Style "C" 
Lubricator should be attached to the 
steam pipe below the throttle or into 
the steam chest direct. 




Double Connection. 



The Double Connection Style " C" Lubricator should take the steam from 
the boiler direct, or from steam pipe above throttle, and discharge the oil 
either into steam pipe below the throttle, or into the steam chest or cylinder. 
Its construction is such that the oil cannot be siphoned out, and a regular and 
steady feed is obtained. 

Size...... 14 Pint. }^ Pint. J^ Pint. Pint. Quart. 

Brass Finish, each $15.00 17.00 20.00 28.00 42.00 

Nickel Plated, each 18.00 20.00 23.00 32.00 47.00 

There are about 6.000 drops of cylinder oil to the pint. Some oil companies claim as many as 6,600 drops per pint. 
Each Lubricator is tested under 300 lbs. pressure. 



DETROIT SIGHT-FEED LUBRICATORS 

FOR GAS AND GASOLINE ENGINES, AIR COMPRESSORS AND AMMONIA 

CYLINDERS. 



Oil Reservoir. 

Filler Plug. 

Valve to control admission of Air. 

Feed Valve, with Stop Feed feature. 

Sight- Feed Glass. 

Connection to Cylinder. 

Plug to insert glass. 

Size of Glass , % x 2^^ 

The Gas Engine and Air Compressor Lubricator is 
made of the best brass and is connected to the 
cylinder direct. 

For large gas engines and powerful air compressors 
a specially strong lubricator of this pattern is made. 

The "Detroit" Ammonia Cjlinder Lubricator is 
composed of special material which is not affected 
by the action of Ammonia. It is attached into 
Ammonia Cylinder Head. 

Regulate pressure by Valve D and flow of oil by 
Valve E. Valve E may be shut off at any time and 
opened again without disturbing the feed. 





Gas Engine and Air Com- 
pressor Lubricator. 



Ammonia Cylinder 
Lubricator. 



Size 14 Pint. ^ Pint. 

Bronze Body, Finished Trimmings $1500 17.00 

Nickel Plated all over 18.00 20.00 



Yq Pint. 
20.00 
23.00 



Pint. 
28. 00 
32.00 



Quart. 
/12.00 
47.00 



io6 



NASON MANUFACTURING COMPANY, NEW YORK. 



IMPROVED -HANDY" DROP-FEED LUBRICATORS. 




FOR STATIONARY 

AND 

PORTABLE ENGINES 

OF ALL KINDS, 
STEAM PUMPS, ETC. i 

A— Filling Plug. 

B — Bottom Steam Valve. 

C — Regulating Valve. 

D— Top Steam Valve. 

E — Waste Cock. 

F — Gauge Glass. 



Nos. I and 2. ''^-^ Nos. 3 to 7. 

Without Oil Gauge. With Oil Gauge. 

The supply of oil is propelled through the sight-feed glass by an improved process of steam 
condensation, and may be regulated to feed fast or slow according to the demands of the engine. 
The above cuts represent it as applied to the steam pipe, which is the best and most convenient 
position. Sizes above and including No. 3 are provided with a gauge glass, to show at all times 
the quantity of oil remaining in the Cup. 

DIRECTIONS FOR APPLICATION. Attach the cup to main steam pipe, as close as possible, by a short 
nipple and elbow at the bottom, taking care the angle does not sag. Connect the valve accompanying the lubricator to 
the little elbow on top of cup, and to the main steam pipe by Ys in. pipe, in the most convenient position. 

DIRECTIONS FOR USE.— Fill the cup through filling plug A with clean strained oil. To Start:— Open 
bottom steam valve B, one-half turn, and top steam valve D wide, then after waiting a few minutes, open valve C, 
when the drop will fall down in sight-feed glass. Regulate the feed by valve C, according to size of engine, but not tc, 
exceed 50 drops per minute. To Stop :— Close valves C and B. When the cup is empty, close all valves and draw ofi 
condensed water and impurities by waste cock E •, then fill and start as before. 




Size 



,No. 



Approximate Capacity in Pints X y^ yz 

Price v.'ith Sight Glass only 8 .co 10.00 

Price with Sight and Oil Gauge Glass 14.00 



16.00 18.00 24.00 30.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



107 




PLAIN TAPER SCREW ENGINE 
OILERS. 

WITH SIGHT FEED.— SKELETON FRAME. 

This style of Cup is made with openings in Ball Shanks, 
protected by glass, to show the oil drop as it leaves the Cup. 
This enables the engineer to see the progress of feeding, and 
regulate flow according to the required demand. They are 
further provided with an opening in the top, having a movable 
cover, through which they may be filled, and which also acts 
when shut (which it should always be, except in the act of 
tilling) as a vent sufficient to keep a proper degree of circula- 
tion of air in the Cup to make the pressure uniform and facili- 
tate the flow of oil, 

SERIES 160. 

Taper Screw, Filling Hole and Ball Shank 
Sight Feed. 





Height of 


Width of 


Capacity 


Size 




No. 


Cup 


Cup 


in 


of Shank 


Price, 




Complete. 


Complete. 


Ounces. 


Pipe Thread. 


Per Dozen. 




Inches. 


Inches. 




Inches. 




164 


4^ 


lU 


I 


. X 


13.00 


165 


aVs 


IH 


iVz 


y 


15.00 


166 


5/8 


2ys 


2 


H 


17.00 


167 


SVi 


2K 


4 


H 


20 00 


168 


63/ 


2% 


6 


H 


24.00 


169 


VA 


sH 


10 


Vz 


32.00 


170 


1% 


3H 


15 


% 


44.00 


171 


S}4 


4X 


24 


^ 


60.00 


172 


9% 


4% 


36 


Vz 


96.00 



NICKEL-PLATED OILERS. 



SKELETON FRAME. 



For Shafting and Engines. 



In these Cups the supply of oil is regulated by means of a graduating 
slotted heavy brass wire, and is capable of being increased or diminished 
with the utmost precision by adjusting this wire, which extends upward 
through the centre of the cup, and is easily reached by removing the knob. 
A slot in the knob enables the latter to be used as a wrench, to adjust the 
regulating screw to the desired point. This most convenient device has 
been patented, and cannot be applied to any oil cups except those we manu- 
facture, without liability for infringement of patent. 

SERIES 120. 
Slotted Screw Feed. 





Height of 


Width of 


Capacity 


Size 




No. 


Cup 


Cup 


in 


of Shank 


Price, 




Complete. 


Complete. 


Ounces. 


Pipe Thread. 


Per Dozen. 




Inches. 


Inches. 




Inches. 




121 


2^ 


I>^ 


^ 


y^ 


8.00 


122 


3 


I^ 


H 


% 


9.00 


123 


3X 


13/^ 


% 


y 


10.00 


124 


3^ 


I-M' 


I 


% 


11.00 


125 


4 


I^ 


iK 


X 


12. 00 


126 


4K 


2% 


2 


/s 


14.00 


127 


4)i 


2>^ 


4 


Y^ 


17.00 


128 


sA 


27/8 


6 


H 


21.00 


129 


6^ 


3H 


10 


y 


27.00 


130 


6^ 


33/ 


15 


% 


36.00 


131 


7>^ 


4X 


24 


% 


54.00 


132 


S)4 


4/s 


36 


K 


84.00 




io8 



NASON MANUFACTURING COMPANY, NEW YORK, 




NICKEL-PLATED STOP 
AND SIGHT FEED OILERS. 

SKELETON FRAME/ 

In these Cups the feed is controlled by the Regu- 
lating Screw in the top Cross-bar, and may be set to 
any desired rate by means of the small lock nut on 
same. The supply of oil can be shut off, or turned 
on instantly, without disturbing the rate of feed by 
the seating and unseating of the Regulating Screw in 
the socket on top of the Cup. They are also provided 
with Ball Shank Sight Feed Openings protected by 
glass, through which the flow of oil is visible at all 
times, and a filling hole in the top of the Cup fitted 
with a movable cover which acts at the same time as 
a ventilator to keep up a proper circulation of air in 
the Oil Chamber. 



SERIES iSo. 
Stop and Sight Feed. 





Height of Cup, 


Width of Cup, 




Size of Shank 




No. 


Complete. 


Complete. 


Capacity in Ounces. 


Pipe Thread. 


Price per Dozen. 




Inches. 


Inches. 




Inches. 




184 


4^ 


IM' 


I 


A 


18.00 


185 


5- 


I^ 


1% 


y\ 


21.00 


186 


. ,.5K 


2% 


1 


3/8 


24.00 


187 


^H 


2^ 


4 


v% 


27.00 


188 


634 


2% 


6 


H 


32.00 


189 


VA 


3}i 


10 


y^ 


40.00 


190 


VA 


3A 


15 


Vz 


54- 00 


191 


Wz 


aA 


24 


Vz 


84.00 


192 


9X 


4^ 


36 


% 


120.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



log 




NATHAN'S PATENT 
SELF-ACTING LUBRICATORS. 

FOR STEAM CHESTS AND CYLINDERS OF ALL 
KINDS AND SIZES. 



Size, 

Inches. 

I 

o 

3 

4 

=; 
6 

7 



Capacity, 
Pints. 

1 

"Iff 

% 

hi 

I 

2 

3 

5 
7 



Plain, No Yoke, 

Each. 

$300 

4-50 

8.00 
10.00 
13.00 
16.00 



With Yoke. 



16.00 

24.00 

33.00 
42 00 

54- 00 



LUNKENHEIMER GREASE AND OIL CUPS. 



BRASS HINGE LID OIL CUPS. 



<^l^^- 'ip^ 




Fig. 510, 
Ideal Grease Cup. 




Fig. 538, Small Base 
Oil Cup. 




Figr- 539» Large Base 
Oil Cup. 



SIZES AND PRICES IDEAL GREASE CUP, Fig. 510. 



Number 

Inside Diar.ieter.. 

Pipe Thread 

Capacity (Grease) 
Finished Brass. . 
Nickel-Plated 



-inches 

inch 

ounces 
...each 
each 



00 





I 


2 


3 


4 


I 


i^ 


^y^ 


2 


2K 


3 


■^ 


Ya 


'4 


% 


% 


K 


% 


I 


^H 


3 


6 


10 


1.50 


2.00 


2.50 


3.20 


4-30 


6.00 


1-75 


2;25 


2.80 


3.60 


5.00 


6.75 



SIZES AND PRICES BRASS HINGE LID OIL CUP. Figs. 538 and 539. 

Number 

Outside Diameter inches 

Shank Pipe Thread inches 

Finished Brass each 

Add to List for Brass Tubes 



I 


2 


3 


4 


5 


6 


7 


Js 


I 


i^ 


iK 


iH 


i^ 


2 


H 


U 


% 


% 


% 


^8 


14 


.70 


.85 


1.20 


r.6o' 


2.10 


2.50 


2.70 


.10 


.10 


.15 


.15 


.15 


•15 


.15 



no 



NASON MANUFACTURING COMPANY NEW YORK. 



PLAIN OIL CUP AND COMMON LUBRICATOR. 




PLAIN OIL CUPS. 

Number oo o i 2 

Diameter of Cup, in. ^^q % Js ^ 

IronPipeThread,in. ig ^s ^8 U 

Each $0 25 .30 .35 -40 

Number 6 7 

Diameter of Cup, in. . . 1% 2 

Iron Pipe Thread, in. . . 3^ H 

Each Si-25 1-75 



3 4 


D 


1^8 lU' 


I^ 


H % 


M 


.50 .60 


.90 


8 


9 


2H 


2^4 


y^ 


.¥ 


2.25 


3-50 



PLAIN OIL CUP. 



COMMON LUBRICATOR. 



COMMON LUBRICATORS. 

Number i 2 3 4 5 6 

Diameter of Cup. in. i \^i i% 1% i/4 2 
IronPipeThread,n. % % % y, M M 
Each $2 00 2.20 2.30 2 40 2.60 2 go 

Number 7 8 9 10 11 12 

Diameter of Cup, in.23^ 23^ 2^^ 3 33^ 4 
IronPipeThread,in. % % % % % % 
Each $3.10 3.25 3-75 4/5 70O 10.00 




NASON MANUFACTURING COMPANY, NEW YORK. 



Ill 



OILER SETS AND OILERS. 




AMERICAN PATTERN. 



Engineers' Set, Copperized Steel, 
WITH ROUND TRAY. 

No. 

30. Five Pieces, Copperized Steel (Counting Tray). 

40. Six " " " '* '' 

50. Five " Nickel-Plated " " . 

60. Six " " " " . 



Per Set. 
. 6.00 
. 9 00 

- 8.00 

- 11.00 



WITH OVAL TRAY. 
35 Five Pieces, Copperized Steel (Counting Tray) 7.00 

45. Six 
55. Five 
65. Six 



Nickel-Plated 

One Set in a Box. Order by Number. 

ENGINEERS* OILER, 
AMERICAN PATTERN, 

With Stop Valve in Spout. 

Per Dozen. 

1 Pint, Brass, with Valve 36.00 

2 " 

3 " 

1 " " No 

2 " 

3 " 

1 " Tin, with 

2 " 

3 " " " 

1 " " No 

2 ** " " 

3 " " 
I *' Brass, with 




10.00 
.00 
11.00 



Engineers' Oiler. 



112 



NASON MANUFACTURING COMPANY. NEW YORK. 



OILERS AND FILLERS. 




STEEL TALLOW POT No. 212. 




ENGINEERS' STEEL FILLER No. 19. 



No. I. 



No. 





MALLEABLE OILERS. 



STEEL JACKET LAMP No. 20. 





MALLEABLE HAND 
LAMP. 



For List Prices 
See Next Page. 




No. 14A. 



No. 14B 



NASON MANUFACTURING COMPANY, NEW YORK. 



113 



OILERS AND FILLERS. 

ENGINEERS' STEEL FILLER No. 19. 



No. 19. 
No. 19A 



i-pint Copperized Steel Fillers, 4^ inch diameter, 3^ inch 

high, Screw Top 

i^-pint Copperized Steel Fillers, 4^ inch diameter. 4 inch 

high. Screw Top 

No. 210. i-quart Copperized Steel Fillers, 5 inch diameter, 5 inch 

high. Screw Top 

No. 211. 2-quart Copperized Steel Fillers, 6 inch diameter, 6 inch 

high, Screw Top 

No. 190. i^/^-pint Nickel Plated Fillers, 4^ inch diameter, 4 inch 

high. Screw Top 

No. 200. i-quart Nickel Plated Fillers, 5 inch diameter, 5 inch high, 

Screw Top 

No. 201. 2-quart Nickel-plated Fillers, 6 inch diameter, 6 inch high, 

Screw Top 

STEEL TALLOW POT No. 212. 

No. 212. I qt. Copperized Steel Tallow Pots, 5 in. diameter, 5 in. high. 

No. 213. 2-qt. " " " " 6 in. " 6 in. " 

No. 214. i-qt. Nickel-Plated " " " 5 in. " 5 in. " 

No. 215. 2-qt. " " " ". 6 in. '' 6 in. " 



STEEL JACKET LAMP No. 20. 



No. 20. 
No. 20^. 
No. 21. 

No 

Per Doz. 



3^ inch diameter. 
3M '' 



4/8 



MALLEABLE OILERS. 
I 

$3.60 

Extra Tubes $1.80. 

HAND LAMP. 



2 

L.OO 



Per Doz. 

$14.00 
17.00 
20.00 
24.00 
22.00 
30.00 
34.00 

Per Doz. 

$21.00 
25.00 
32.00 
36.00 

Per Doz. 

$6.00 

9.00 

12.00 

3 
$4.40 



%-pint, Tin, per doz. 



Brass, " 



i4.oo 
7.00 
6.00 

10.00 



^-pint Galv'd Iron, per doz. 



y2 " Malleable" 
Extra Burners .. 



$5.00 
8.00 
5.00 

•50 



STEEL OILERS. 



No. 14A AND No. 14B WITH IMPROVED STEEL SPRING BOTTOM. 



No. 14A. Steel Oiler, 3^ inch diameter, 3 inch nozzle 



No. 


14AA. 


>c 


" sVa 








5 




No. 


14B. 


('. 


" sVa 








9 




No. 


15- 


u 


" 4^ 








.3 




No. 


15A. 


(I 


" 4/8 








S 




No. 


J 6. 


u 


" 4>^ 








9 




No. 


140A. 


Nickel-Plated Oilers 


334 


inc 


h diameter, 3 


No. 


140AA. 








sVa 






5 


No. 


T40B. 








?>% 






9 


No. 


150- 








4/8 






3 


No. 


150A. 








4/8 






5 


No. 


160. 








aH 






9 



Per Doz. 

$7-50 
8.00 
8.50 

9-25 

9-75 
10.50 

10.00 
IO-75 



1 1.2 







Order by numbers where specified, 



12. CO 

13.00 
14.00 



114 



NASON MANUFACTURING COMPANY, NEW YORK. 



STEAM GAUGES. 




STEAM GAUGES.— BOURDON SPRING. 



Size. 



12 
lO 

^% 

6 

5 

3^ 
3 



inch Dial 



Iron Case, 
Brass Ring. 



50.00 

32.00 

22.00 

16.00 

13.00 

10.00 

8.00 

8.00 

7.00 

6,00 



Iron Case, 
N. P. Ring 



51-50 

33-00 

22.75 

16.60 

13-50 

10.25 

8.20 

8.20 

7.18 

6.15 



Brass Case. 



75.00 
40.00 
30.00 
20.00 
16.00 
12.00 
II 00 
10.00 
g.oo 
8.00 



N. P. Case- 



Brass Deep 

Case, O. G. or 

Oct. Ring. 



79.00 
43.00 
32.50 
22.00 
17.50 

13-25 
12.00 
11.00 

9-75 
8.60 



80.00 
44.00 

33- 50 
23.00 



N. P. Deep 

Case O.^ G. or 

Oct. Ring. 



84. 00 

47 00 

36.00 

25.00 



These Gauges must be connected by Syphon. 



HYDRAULIC GAUGES. 

SPECIAL STEEL TUBE FOR HIGH PRESSURES. 

Brass Case. 

12 inch Dial $125.00 

10 " --. 




81^ 



100.00 
80.00 
60.00 
40.00 



Iron Case, Brass Rkng. 

1 2 i.ich Dial $ r 1 0.00 

10 " 9000 

81.^ " 70.00 

6% " 50.00 

6 " 35.00 

No extra charge for marking tons on dials. 

Nickel Plating extra. 
Hydraulic Check Valves and Cocks extra. 



Hydraulic Cock for Gauge $8.00 

Check Valve for Gauge 600 

In ordering, state maximum pressure required. 

If dial is to show pressure in tons on ram, give exactMiameter of ram. 

With independent maximum pressure registering hand, $5.00 extra, net. 



NASON MANUFACTURING COMPANY, NEW YORK. 



115 



AMMONIA GAUGE. 



SPRINGS OF 
SOLID BAR STEEL. 




VACUUM AND 
PRESSURE. 



For Ammonia, Acid or Other Liquids or Gases that must be kept from 

Contact with Brass. 



Sizes. 
Sifinch Dial. 

6 

^y2 " " - 



Iron Case and Ring. Iron Case, N. P. Ring 
$45.00 ^ $45.75 



40.00 
35-00 
30.00 
25.00 



40 

35 
30 
25 



60 
50 
50 
50 



ALTITUDE GAUGE. 




For Indicating Height of Water Column in Feet. 



Size* 



4K or 5 inch Dial, including Cock. 
5^ " " " " . 

5 " " '< << 



Iron Case, Brass Ring. 
$12.00 



14.00 
16.00 



Iron Case, N. P. Ring 
$12.20 

14-25 
16.50 

This gauge is for use on hot water heaters to determine the height of the column of water 
in the reservoir. The red hand can be set at the height at which the water should stand in the 
reservoir. The white hand, operated by the gauge spring, denotes at all times the height of the 
water in the reservoir. These gauges do not requite a siphon. 



Ii6 



NASON MANUFACTURING COMPANY. NEW YORK. 



STEAM GAUGE APPLIANCES AND FUSIBLE PLUGS, 



GAUGE COCKS. 




Size. 
Each. 



With Union, Lever Handle. 

1;C 1^ 



li-IS 1.90 



GAUGE SIPHON 



2.00 




GAUGE COCK, T HANDLE. 

Small Brass $0.50 N. P $0.75 

Large " i.oo N. P 1.50 




Size 



Each, $0.30 .35 .50 .75 1.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



117 



AIR COCKS. 




Iron Pipe Thread, inches. 1^ 

Finished, each ._ $0.40 



.40 



78 
50 



.60 




LEVER HANDLE. 



Size. 



Finished, each $0.55 



•55 



% 
.65 



^2 

•75 



Size, inch 



Finished, each ■ ^0 75 

Male and Female Thread. 
"With Lever Handle .90 



/4 
.85 



% 



•95 



I. 00 I. 10 





M 



Size, inch , 1/^ 

Finished, each $0.55 .55 

Male Thread both ends. 



3.^ 



.65 



Yz 



,90 



LEVER HANDLE. 

Male Thread both ends. 

Size li U 

Finished, each $0.60 .70 



■85 



I. GO 




ii8 



NASON MANUFACTURING COMPANY, NEW YORK. 



AIR AND CYLINDER COCKS. 



Size 

Finished, each 

Female thread both ends. 
AVith Lever Handle 



75 -85 -95 
,90 1. 00 1. 10 





BIBB AIR COCK. 

Size .8 

Finished, each, T Handle .70 

With Lever Handle .80 



CYLINDER COCKS. 



70 

,80 



78 



% 



.80 .90 
,90 1 . 00 




LEVER HANDLE. 



Size 

Each, finished. 



.85 



•95 



1.05 



72. 
1-35 




TEE HANDLE. 



Vz 



Size Yz 74 

Each, finished.. .70 .80 



% 



y% 
.90 1.20 



NASON MANUFACTURING COMPANY, NEW YORK. 



119 



STEAM BIBBS, STOPS AND SWING JOINTS. 





Steam Bibb for Iron Pipe. Steam Bibb, Screw Nozzle. 

STEAM BIBBS. 

^^^-ry---'- '^ /8 y2 % % I 1^ iH 2 ^ 

Ji'inished, per doz 15.00 18.00 24.00 27.00 36. 54. 

Rough '• 12.00 15.00 18.00 21.00 30. 42. 60. 96. 180. 300. 

STEAM BIBBS— Screw Nozzle. 

Size 7^ ^ y^ 7^ ^ ~ 

rinisned, per doz 17.00 20.00 27.00 30.00 39.00 57.00 

Rough " 14.00 17.00 24.00 27.00 36.00 54.00 




Steam Stops, Single Coupling. 




Steam Stops, Double Coupling. 



STEAM STOPS— Single Couplings. 



Size 

Finished, per doz 
Rough, 



?'4 78 r2 7& %. I 

21.00 24.00 30.00 36.00 45.00 72. 

i8.oo 21.00 24.00 30.00 39.00 60. 



1/4 

108. 

96. 



STEAM STOPS— Double Couplings. 



l'"-^."-- H % ¥2 % % 1 

l^mished, per doz 24.00 27.00 36.00 42.00 51.00 84. 

Rough, " 21.00 24.00 30.00 36.00 45.00 72. 



i3i 
120. 
108. 




STEAM SWING JOINTS. 



Size 

Price. 



168. 
144. 



192. 
168. 



2 
250. 
215. 



2 

280. 
240. 



1.00 



^/2 



1.25 1.75 2.40 3.50 4.50 6.25 9.00 22.00 



I20 



NASON MANUFACTURING COMPANY, NEW YORK. 




No. o. 



SELF-CLEANING WATER 
GAUGES. 



No. o. 

Round Body, Polished, with two Guards, 
Wood Wheel. 

Boiler Connection, ^ inch. 
Glass, y^xS or lo inches. 



Each, 



3-75 



No. 3. 
Round Body, Polished, with two Guards, 
Wood Wheel. Boiler Connection, >^ inch. 

Glass, ^xi2 inches. 
Each • 425 




No. 00. 

Round Body, Polished, with two Guards, 
Iron Wheel. 

Boiler Connection, ^ inch. 
Glass, ^x8 or 10 inches. 



Each 



3-25 



No I. 
Round Body, Bronzed, with two Guards. 
Iron Wheel. Boiler Connection, % inch. 

Glass, ^xi2 inches. 
Each .^00 



No. GO. 



NASON MANUFACTURING COMPANY, NEW YORK. 



121 




No. 7. 



SELF-CLEANING WATER 
GAUGES. 

No. 7. 

Round Body, Polished, with four Guards, 
Wood Wheel. 

Boiler Connection, ^ inch. . 
Glass, ^xi6 inches. 

KsLch ._ 6.00 

No. 5. 

}4 in. Round Body, Polished, with four Guards, 

Wood Wheel. 

Boiler Connection, ^4 inch. 

Glass, 5/^xi6 inches. 

Each 5.25 




Compression Gauge Cock without Stuffing Box. 

ys Iron Pi|~e Thread, each .95 

j4 " <' '<■ " 1. 00 

^ " " " '' 1.25 

Regester Gauge Cock. 
Size /^ in. M^ in. 

• ' ' r 

Each , ,3„ 1. 00 1. 10 




122 



NASON MANUFACTURING COMPANY, NEW YORK. 



AUTOMATIC SELF-CLOSING WATER GAUGE. 



y^ 




in. 



12. OO 



^ in. 
18.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



123 



GAUGE GLASSES AND APPURTENANCES 




Scotch Water Gaug^e Glasses. 



10. 
II- 
12. 
13- 
14- 
15- 
16. 

17- 
18- 
19. 
20. 
22 - 

24- 

30- 
36- 
43 _ 
60- 

72- 



Length, inches. 



per doz. 



External Diameter. 



3.00 

3-24 
3.60 

3.84 
4.20 

4.44 
4.80 

5-04 
540 
5.64 
6.00 
6.60 
7.20 
9.00 
10.80 

i;.52 
18.12 
21.84 



/8 



3.00 

3-24 

60 

84 

20 



44 

80 



04 

40 

64 

6.00 

6.60 

7.20 

9.00 

10.80 

14.52 

18.12 

21.84 



3.60 
3-96 
4- 32 
4.80 
5.16 
5-52 
5.88 
6.24 
6.60 
7.08 

7-44 

8.16 

8.88 

II. 16 

1 3- 44 

18.00 
22.56 
27.12 



7/ 

/8 



5-04 
5-64 
6.12 

6.60 

7 08 

7-56 

8.16 

8.64 

9.12 

9.60 

10.20 

II. 16 

12.12 

15.24 
18,24 
24.36 
30.48 
36.48 



6.12 

6.72 

7.32 

7.92 

8.52 

9.12 

9-72 

10.32 

10.92 

11.52 

12.12 

13.44 
14.64 
18.24 
21.96 
29.16 
36.48 
43.80 



6oxii:£ inches, $60.00. 




GAUGE GLASS WASHERS. 

1/ 



Size 72 

Per dozen .40 



.50 



/4 
.60 



BRASS GUARDS FOR WATER GAUGES. 




Length, inches 12 14 16 18 

Finished, each .09 .10 .12 .15 

Diameter of Rods, j^ inch. Longer Lengths to order. 



20 
.20 



GAUGE GLASS CUTTER. 




Nickel Plated, each 1.50 



124 



NASON MANUFACTURING COMPANY, NEW YORK. 



NASON WATER COLUMNS. 




IMPROVED PATTERN. 

Sizes No- I 

Without Trimmings i- 5o 

With 3 Gauge Cocks and Water Gauge 6.00 

With 3 Gauge Cocks, Water Gauge } ^^ 00 
and 5 inch Iron Case Steam Gauge f ' 

Dimensions. 

No. I. 

Height of Column, inches 17K 

Diameter, inches 2^^ 

Boiler Connections -- /i 

Guage Cocks (3) % 

Center Water Gauge Cocks, 12 



No. 2. 



2.00 
7.00 

13.00 



No. 2. 



(Oval) 4x21^ 



72 
16 



PHILADELPHIA PATTERN. 



Without Trimmings - 3-00 

With 3 Gauge Cocks and Water Gauge lo-oo 

With 3 Gauge Cocks, Water Gauge and 5 inch Iron Case 

Steam Gauge i -oo 

Dimensions. 

Height of Column... /....--TT. 18^ inches. 

Diameter of Column - 44 

Boner Connections ^/4 

Gauge and Try Cocks M or ^ '* 

Center of Water Gauge Cocks. ^4 

Internal Area, il Square Inches. 




NASON MANUFACTURING COMPANY, NEW YORK. 



125 



THE 




RELIANCE 

No. 



Column 
Full Trimmed.. 




Showing High and 

Low with two 

floats. 




Showing 10 

one float 



w alarm 
only. 



No. 11 



No. 5, 



No. 7. 



No. 



9- 



No. II, 



No. 13. 



WATER COLUMNS. 

HIGH AND LOW WATER ALARMS— IRON JAPANNED. 

Not guaranteed to work above 80 lbs. pressure. 

Variation between alarms 6 '. Size water gauge and gauge 
cocks 1^". Size of steam and of water connections i". 
Untrimmed $28.00. 

With Water Gauge and Gauge Cocks $35.00. 

For any ordinary pressure. 

Variation between alarms 6". Size of water gauge and gauge 
cocks 1^". Steam and water connections i^". Untrimmed 
$28.00. 

With Water Gauge and Gauge Cocks $35.00. 

For any ordinary pressure. 

Variation between alarms 8". Size of water gauge and gauge 
cocks %". Steam and water connections i&". Untrimmed 
$30.00. 

With Water Gauge and Gauge Cocks $40.00. 

For Water Tube Boilers. 

Variation between alarms 12". Size of water gauge and gauge 
cocks 3^". Size of steam and water connections lU" . Un- 
trimmed $40.00. 

With Water Gauge and Gauge Cocks $50.00. 

For Vertical Boilers. 

Variation between alarms 18 '. Size of water gauge and gauge 
cocks ^4". Size of steam and water connections 1^0". Un- 
trimmed $40.00. 

With Water Gauge and Gauge Cocks $50.00. 

Variation between alarms 24". Size of water gauge and gauge 
cocks ^4". Size of steam and water connections lU". Un- 
trimmed $42.50. 

With Water Gauge (double) and 3 Gauge Cocks $57.50. 

Variation between alarms 30". Size of water gauge and gauge 



Un- 



No. 



15- 



cocks %". Size of steam and water connections i%". 
trimmed $45.00. 
With Water Gauge (double) and 4 Gauge Cocks $65.00. 
Variation between alarms 36". Size of water gauge and gauge 
cocks 3^''. Size of steam and water connections iV,". Un- 
trimmed $50.00. 
With 48" (double) Water Gauge and 4 Gauge Cocks $70.00. 
These columns are made regularly up to 60" variation between alarms, 
and can be made of any variation for any purpose where steam or com- 
pressed air is used. 



LOW WATER ALARMS. 



No. 



No. 6.' 



Not guaranteed to work perfectly above 100 lbs. pressure. 

Gauge cocks 3" apart. Water gauge centers 14". Water gauge 
and gauge cocks j^'\ Steam and water connections i". Un- 
trimmed $25.00. 

With Water Gauge and Gauge Cocks $32.00. 

For any ordinary pressure. 

Water gauge and gauge cocks %". Water gauge centers 16". 
Gauge cocks 4' apart. Steam and water connections iW" 
Untrimmed $28.00. 

With Water Gauge and Gauge Cocks $37.00. 

Variation,— Do not make a mistake by selecting a column of too little 
variation. 

They are as sure to whistle when the water reaches the alarm line as 
they are to remain quiet while it is kept between these points, and too 
narrow a limit may prove annoying. The No 5 is the most popular size 
with users of horizontal boilers, but al. depends upon the fluctuations of 
the water. Do not select too small a column. The attendant will try to 
carry the water steadily midway between the alarms anyway, no matter 
how far they are apart. 



126 



NASON MANUFACTURING COMPANY, NEW YORK. 



THE "METROPOLITAN" 



PRESSURE RECORDING GAUGE. 




The Metropolitan Recording Gauges are made for steam, water, gas, air, ammonia, and 
hydraulic pressures, also, for Vacuum. For use with ammonia and hydraulic pressures they are 
provided with steel tube springs. 

The "Metropolitan" Recording Gauge, under a glass cover, with wall-bracket, for steam, 

gas, or water pressure, not exceeding 300 lbs, per square inch, ^ $100. 00 

The "Metropolitan" Recording Gauge, mounted as above, for ammonia pressure, 150. OO 

The same, for hydraulic pressure up to 20,000 lbs. per square inch, 150.00 

(The above prices include 100 charts, a file for same, and a bottle of ink.) 

Additional Charts, per hundred i • 50 

File for same, 3 . 00 

Recording Ink, per bottle, .25 

Gauges and Charts for the following pressures are kept in stock : 

For steam, gas and air 25, 50, 75, 150, 200 lbs. per square inch. 

For water lO". 200, 300 feet of water column. 



NASON MANUFACTURING COMPANY, NEW YORK. 



127 



-COLUMBIA" PRESSURE RECORDING GAUGE. 




Fig. 92. 



It consists of a Bourdon Tube Spring of suitable form in connection with a novel adjustable 
lever mechanism and a pointer, which carries the marking pen. It is provided with a clock move- 
ment, to which is attached a metal disc with the chart, making one revolution every 24 hours. 

The circular lines on the chart indicate the pressure, while the radial arcs correspond to the 
hours of the day. 

These Gauges are adapted for recording the pressure of steam, water, gas or air, and may be 
placed near the boiler, or at any distance therefrom — for instance, in the office — always giving a true 
record of the fluctuations of pressure taking place in boiler, water and gas pipes, etc. They are 
made for all pressures. 

Gauges and charts for the following pressures are kept in stock : 

For steam, gas and air, 25, 50, 75, 150, 200 lbs. per square inch. 

For water, 100, 200, 300 feet of water column. 

"Columbia" Recording Gauge, in highly japanned iron case, with hinged brass cover and 

lock, including 100 charts, $50 . 00 

The same, with Electric Alarm Attachment, 60.00 

Additional Charts, per hundred, .75 

Recording Ink, per bottle, , .25 



I2i 



NASON MANUFACTURING COMPANY, NEW YORK. 



PACKINGS. 



Asbestos Piston Rod Packing % '"• to 2)4 in , Per 

Wick " 

Cotton Packing 

" WlCKING , 

Crandalls Packing 

Eureka Gum Core Packing 

Empire Rubber " " 

Garlock Spiral Ring " 

" Elastic " " 

' ' Sectional Ring Packing 

HiLLMANs High Pressure " 

Italian Hemp A. " o 



lb. 



X. 



Jute Packing 

Jenkins Stem Packing 

Manhattan Plumbago Packing Square and Round -^^ in., \ in., -^^ in, 

i in. and larger. . 

Metallic Packing , 

Peerless Piston and Valve Rod , 

" Spiral 

Pure Gum , 

Patent Square 

Phoenix Valve -^-^ in. on Spools. 



yk in. 
T^in 



16 '"• 

Hemp Core % in. to i^ in. 
Gum Core % in. to i^ in. 



Seldens. . . . 

WITH Rubber Core 

Soaps TONE 

Tucks, Square or Round .* 

TuppERs " Flax 

VULCABESTON WiCK PACKING ^^ i"- o'^ J^' T, 5 and lo lb. spools. 



Rope Packing yi in. — on ]4. lb. spools — i lb. 

I lb. " 



_3_ 

1 6 



in. 
X in. 

yi in. 
Vz in. 
^ in. 

3/ in. ) 

^ in. - 

I in. ) 



on 

on I lb. 
and 5 lb. 

on 5 lb. 
and 10 lb. 



yi in. 



-h in- 



Packing 
contains 




128 ft. 

50 " 

25 " 

16 " 

9 " 

8 " 

6K" 

4 " 

3 " 



I/. 



in. 



^(\ !"■ f on 10 lb. 

^'-^l"- land 25 lb. 
2 in. ) -' 



( I lb. \% in 
^ I lb. ij? in 
( I lb. 2 in 



45 
45 
30 
30 
20 
60 
50 
,20 
20 
,20 
,00 

•25 
.20 

■15 
■15 
.25 
.00 
.00 
.40 
.80 
.80 
•50 
.00 
•50 
.00 

•25 
.60 
.80 
•50 
.60 
.20 
.85 
.85 
25 



^ i.oo 



NASON .MANUFACTURING COMPANY, NEW YORK. 



129 



SHEET PACKING. 



'Thickness. 
rj inch Per Pound, 



Cloth Insertion. 

Cloth on one or both Sides. 



6 

i_ 

.S3 

1 

T6" 
3_ 
32 

i 

8 
_3_ 
16 

li 



i-Ply. 

$0.70 
.65 
.60 

•55 



2-Ply. 3-Ply. 4-Ply 



.63 

.58 

•55 



Abestos Mill Board, 

Jenkins Standard Sheet Packing, , 

Peerless " " 

Plumbago " " 

Rainbow " " 

Ruby " ''^ 

Usudurian " " 

A^ulcabeston Sheet Packing, in sheets 36x36 in., hard and medium, 1-16 in. 

thick and upward, 

Yulcabeston Sheet Packing, in sheets 36x36 in., hard and medium, 1-32 in. 

to 1-16 in. thick, 

Yulcabeston Sheet Packing, in sheets 36x36 in., hard, for electrical purposes, 

1-16 in. in thickness and upward, 

Yulcabeston sheet Packing, in sheets 36x36 in., hard, for electrical purposes, 

1-32 in. to 1-16 in. in thickness, . 



66 
6i 

58 
55 



per pound. 



<( ( i 



(( ( < 



< ( ( c 



.61 

.58 

•55 
•25 
.80 
.80 

•75 
,80 

•75 
.80 

1.00 

1.25 

1.25 

1.50 



GASKETS. 

ASBESTOS GASKETS, of any size and shape, made promptly to order and 

shipped on shortest notice from any thickness of board required. Regular Sizes, per pound, 

Cloth Insertion Gaskets, yV in. or less, " 

" " " -j^^ in. and larger, " " 

Corrugated Metal " per square inch, 

Eclipse Sectional Rainbow Gaskets per pound. 

Fibrous Gaskets, }i in. or less, 



3^ 



Jenkins Standard Gaskets ' 

Moulded Gaskets, ' 

Pure Gum " ' 

Rainbow ' ' 3^^ in. thick, ' 

" " tV to /^ i"' thick, ' 

" Atoi^in. " ' 

Yulcabeston Pressed Rope Gaskets, Less than 2 ounces in weight, each ' 

" " " " 2 ounces and less than 6 ounces, " ' 

6 " " over, " ' 

Cotton Waste, ' 

Oakum, 



$0.60 
.90 
.80 
.02 

1. 00 
.90 
.80 

1 .00 
.80 
50 



40 
30 
10 
50 
50 

GO 
12 
12 



ASBESTOS CEMENT FELTING. 

A plastic covering for Boilers, Steam Pipes, Drums, &c. Is a light, elastic and 

indestructible non-conductor of heat per barrel, $4. 50 



MINERAL WOOL. 



AVERAGE.^" 


Lbs. per Lbs. 
Cubic Foot. per Bag. 


Cubic Foot Bags to a 
to Ton. Ton. 


Price 
Per Pound. 


Ordinary Slag Wool ......... 

Selected Slag Wool 


14 
10 

8 

12 
8 
5 


58 

45 
36 

48 
32 
20 


135 
180 
222 
168 
250 
400 


35 
45 
55 
42 

62K 
100 


4>4 

2^ 

rA 


Extra Slag Wool 

Ordinary Rock Wool 

Selected Rock Wool 

Extra Rock Wool 



I30 



NASON MANUFACTURING COMPANY, NEW. YORK. 



MISCELLANEOUS. 








PRESTOLINE (LIQUID.) 



PRESTOLINE PASTE. 



Per doz. 

Half Pints No. i $3 .00 

Quarts " 2 9.00 

Half Gallons *' 3 15.00 

Gallons '* 4 28.80 



Per doz. 

Half Pound Boxes '. $3.60 

One Pound Boxes 6.00 

Two and a half Pounds 12,00 

Five Pound Pails 22 . 20 

Ten Pound Pails. 42 , 00 



PuTZ Pomade Per lb. 

Albany Grease , " 

Nubian Pipe Cement " 

Gas Fitters Cement " 

Electric Belt Dressing " 

Imperolene, for Preserving Wire Rope Per Gal. 

Belt Lacing 34^ in , Per 100 feet 



Belt Awls, Cast Steel Per doz. 

Belt Awls with eye to carry lacing through hole " 

Belt Awls, Lothrop's Patent " 

Plumbers' Soil, Pint cans, 35c. each. Qrt. each 

j4 and }4 Solder Per lb. 

Refined Solder „ 

Wiping Solder 

Bronze, Silver " 

Bronze, Gold 

Bronze Aluminum • 

Cylinder Oil Per Gal. 

Machinery Oil 

Tapping Oil 

Cutting Oil " 

Asbestos Paper to go under Hair Felt Per lb. 

Canvas to go over Hair Felt , Sq. ft. 



.30 
.30 
.20 

.15 
.40 

1-25 

1. 00 
1.50 
2.00 

3-25 
2.00 
2.00 
9.00 

•45 

.16 

.16 

.16 

3.00 

3.00 

4.00 

1. 00 

.So 

.So 

1 .00 

.12 

.05 



NASON MANUFACTURING COMPANY, NEW YORK. 



131 







STANDARD HAIR 
FELTING. 

Put up in Bales containing 300 
square feet 



Thickness, inches. 



Plain, per square foot .06 .06^^ .07^ 



.08 



I J^ 

a^ .11 



■09X2 



14 



2 
17 



ASBESTOS FIBROID SECTIONAL COVERING. 




Inside Diam. Pipe 


.20 
.20 
•30 
-25 


.20 
•25 
•33 
•25 


I 

.22 
•25 
•33 
•25 


i>4 

•25 
•25 
•33 
.25 


.26 
.25 
•33 
•25 


2 

.29 
•29 
•38 

•29 


2^ 

•34 
•34 
•44 
•44 


3 

•39 
•39 
•54 
•54 


3V^ 

•44 
•44 
.58 
•58 


4 

•47 
50 
.65 
•65 


4V^ 

•52 
.60 
73 
•73 


5 

•56 
.68 
.80 
.80 


6 

.62 
.82 
.93 
.90 


7 

.69 

•95 

1.20 

1.20 


8 

•74 
I 10 
1.25 
1.25 


9 

.84 
1.20 
1.50 
1.50 


10 12 


Per Foot 


•94 I-I4 
1-35 I •SO 
1.75 2.25 
1^75 2.25 


Ls, each 


T's, " 


Olobe Valves, each 





Made in Canvas Finished Sections, 36 inches in length, with bands. 

ASBESTOS FIBROID SECTIONAL BLOCKS— ^^ in. to 31^ in. thick, for Boilers, Drums, 
and large surfaces, special prices. 

ASBESTOS FIBROID PLASTIC COVERING— (dry) per Bbl., $5.00. 

MAGNESIA FIBROUS SECTIONAL COVERING. 



Insid 

Diamet 

Pipe. 


; Price per 
er. Lineal 
Foot. 


Ells. 


Tees. 


Globe Valves. 






^. $0.15 
.16 
.18 

' .20 


$0.16 
.20 
.20 
.20 


$0.24 
.26 
.26 
.26 


. . . ? 
to to to to 

0000 


SECTIONAL BLOCKS. 

/i to 33^^ in. thick. 

For Boilers, Drums, and Large 


i^ ' 


' .22 


.20 


.26 


.20 


Surfaces. 


2 

3 ' 


.24 
.27 
.30 


.22 

•25 
.29 


.29 

•33 

.38 


.22 

.33 

•38 


Special Prices. 




3>/2 ' 

4 ' 

5 ' 


•34 
.38 
.46 


•32 

•35 . 
.46 


.42 

•47 
.60 


.42 

•47 
.60 


MAGNESIA FIBROUS COM- 
POSITION. 


6 ' 

7 ' 

8 ' 


•50 

•55 
.60 


•52 
.66 
.80 


.72 

.96 

1.08 


.72 

.96 

1.08 


Dry and Plastic. 
Per Barrel or Bag $5.00 


9 ' 


.65 


.88 


1.20 


1.20 




10 ' 


•75 


1. 00 


1 .40 


1 .40 




12 


• 94 


1-35 


1-75 


1^75 





Made in 3-ft. Sections, Canvas Jacketed, with Bands. 

This covering combines the fibrous strength of Asbestos with the lightness of Magnesia, 
and insulating qualities of both, in moulded form. Approved by steam users, and recom- 
mended as a cheap and serviceable non-conductor of heaL 



13: 



NASON MANUFACTURING COMPANY, NEW YORK. 



STUD BOLTS. 

ROUGH IRON, ^VITH CHAMFERED AND TRIMMED HEXAGON NUTS. 














Pri 


ce per 100 










Diameter. 


^8 


tV 


^ 


^ 


Vs 


M- 


Vs 


I 


No 


Threads 


i6 


14 


13 


12 


II 


10 


9 


8 




I'A 


$4.00 


$5.10 


$5-50 


.... 


.... 


.... 


.... 






i^ 


4 


10 


5-25 


5.65 


.... 


.... 


.... 




.... 




2 


4 


20 


5-40 


5.80 


$8.50 


$8.50 


$12.40 


.... 






2X 


4 


30 


5-55 


5-95 


8.75 


8.75 


12.70 


$18.00 




^ 


2^ 


4 


40 


5-70 


6. 10 


9.00 


9.00 


13.00 


.... 




2^ 

3 

3X 


4 
4 

4 


50 
60 
70 


5.85 
6.00 

6.15 


6.25 
6.40 
6.55 


9-25 
g.50 

9-75 


9-25 
9-50 
9-75 


13-30 
13.60 ■ 
13.90 


18.50 
19.00 
19.50 


$27.80 
28.40 


o 


3'A 


4 


80 


6.30 


6.70 


10.00 


10.00 


14.20 


20 . 00 


29.00 


m 


3H 


4 


90 


6 45 


6.85 


10.25 


10.25 


14.50 


20.50 ' 


29.60 


f- 


4 


S 


00 


6.60 


7.00 


10.50 


10.50 


14.80 


21.00 


30.20 




4K 


^ 


25 


6.90 


7-30 


11.00 


11. 00 


15.40 


22.00 


31.40 




5 








7.60 


11.50 


11.50 


16.00 


23.00 


32.60 




s'A 








8.00 


12.00 


12.00 


16.60 


24.00 


33 -So 




6 








8.45 


12.50 


12.50 


17.20 


25.00 


35.00 




7 










13.60 


13.60 


18.60 


27.00 


37 50 




8 











14.80 


14.80 


20. 10 


29. 10 


40. 10 



Milled Studs, 15 per cent, extra. 
In ordering give length of thread wanted on each end and length of body. 

COACH AND LAG SCREWS 

WITH SQUARE HEADS. 

Price per Hundred. 

Adopted September 20, 1899, to take effect October i, 1899. 



LENGTH 
IN INCH. 


1 


\ ' 


/ 7 

8 TO 


K 


A&.^8 


% 


Ji 


I 


• I'A 


$2. 


25 $2. 


70 $3-15 


$3-75 










2 


2. 


45 2. 


96 3-47 


4. II 


$5.00 








23^ 





65 3 


22 3. 


79 


4-47 


5-50 


$7.90 






3 


2 


85 3 


48 4- 


II 


4-83 


6.00 


8.60 


$12.50 




3K 


3 


05 3 


74 4. 


43 


5-19 


6.50 


9-30 


13-50 


$18.20 


4 


3 


25 4 


00 4 


75 


5-55 


7.00 


10.00 


14.50 


19.50 


4H 


3 


45 4 


26 5 


07 


5-91 


7-50 


10.70 


15-50 


20.80 


5 


3 


65 4 


52 5 


39 


6.27 


8.00 


11.40 


16.50 


22.10 


5K 


3 


85 4 


78 5 


71 


6.63 


8.50 


12, 10 


17-50 


23.40 


6 


4 


05 5 


04 6 


03 


6.99 


9.00 


12.80 


18.50 


24.70 


6K 






. . 6 


35 


7-35 


9-50 


13-50 


19 50 


26 . 00 


7 






. . 6 


67 


7-71 


10.00 


14.20 


20.50 


27.30 


7K 






- .. 6 


99 


8.07 


10.50 


14.90 


21 .50 


28.60 


8 






• ■ 7 


31 


8.43 


11.00 


15.60 


22.50 


29.90 


9 






- - 7 


95 


9-15 


12 .00 


17.00 


24-50 


32.50 


10 










9.87 


13.00 


18.40 


26.50 


35-IO 


II 






• 




10.59 


14.00 


19.80 


28.50 


37-70 


12 








... 


II. 3£ 


15.00 


21.20 


30.50 


40.30 



The following extras are to be understood as a part of the Coach and Lag Screw List : 

Hexagon Heads, 10:^ < xtra. 

Skein Screws arc sold at the same price as Lag Screws. 



NASON MANUFACTURING COMPANY. NEW YORK. 



133 




MACHINE BOLTS. 

With Square Heads and Nuts, Finished Points, U. S. Standard Threads. 
PRICE PER HUNDRED. 



^Machine Bolt, 
Square Head 

and Nut. 




Machine Bolt, 

Hex. Head 

and Nut. 



Length. 


^ 


$i 


1^ 


- Vs 


7 

T6 


K 


1%^% 


% 


Js 


1 


iK 


$1.70 


J.C 


)6 $2 . 40 


$2.80 


$3 -60 


$5 -20 


$7 -20 


$10.50 


$15.10 


2 


1.78 


2.1 


2 2 


56 


3.00 


3-86 


5.58 


7.70 


11.20 


16.00 


2K 


1.86 


2.2 


4 2 


72 


3.20 


4.12 


5-96 


8.20 


11.90 


16.90 


3 


1.94 


2.2 


6 2 


88 


3-40 


4-38 


6.34 


8.70 


12.60 


17.80 


3K 


2.02 


2.4 


B 3 


04 


3.60 


4.64 


6.72 


9.20 


13-30 


18.70 


4 


2.10 


2.t 


)0 3 


20 


3 -So 


4.90 


7.10 


9.70 


14.00 


19.60 


4^. 


2.18 


2.7 


2 3 


36 


4.00 


5.16 


7.48 


10.20 


14.70 


20.50 


5 


2.26 


2.fe 


4 3 


52 


4.20 


5-42 


7.86 


10.70 


15-40 


21.40 


5K 


2.34 


2.C 


6 3 


68 


4.40 


5.68 


8.24 


11 .20 


16.10 


22.30 


6 


2.42 


3-c 


)8 3 


84 


4.60 


5-94 


8.62 


11.70 


16.80 


23.20 


6^ 


2.50 


3-2 


4 


00 


4.80 


6.20 


9.00 


12.20 


17.50 


24.10 


7 


2.58 


3-2 


2 4 


16 


5.00 


6.46 


9-38 


12.70 


18.20 


25.00 


7K 


2.66 


3-4 


W 4 


32 


5.20 


6.72 


9.76 


13.20 


18.90 


25.90 


8 


2.74 


3-5 


6 4 


48 


5-40 


6.98 


10.14 


13.70 


19.60 


26.80 


9 


2.90 


3-^ 


^0 4 


80 


5.80 


7-50 


10.90 


14.70 


21.00 


28.60 


ID 


3.06 


4.C 


>4 5 


12 


6.20 


8.02 


11.66 


15-70 


22.40 


30.40 


II 


3.22 


4.2 


58 5 


44 


6.60 


8.54 


12.42 


16.70 


23.80 


32.20 


12 


3.38 


4-; 


52 5 


76 


7.00 


9.06 


13. t8 


17.70 


25.20 


34.00 


13 








. 6 


08 


7.40 


9-58 


13-94 


18.70 


26.60 


35 -So 


14 












. 5 


40 


7.80 


10.10 


14.70 


19.70 


28.00 


37.60 


15 












. 6 


72 


8.20 


10.62 


15.46 


20.70 


29.40 


39 40 


i6 












• 7 


04 


8.6o' 


11.14 


16.22 


21.70 , 


30.80 


41.20 


17 


















11.66 


16.98 


22.70 


32.20 


43-00 


i8 


















12.18 


17-74 


23.70 


33.60 


44-80 


19 


















12.70 


18.50 


24.70 


35- 00 


46.60 


20 


















13.22 


19.26 


25.70 


36.40 


48.40 



Bolts with Hexagon Heads or Hexagon Nuts, 10 per cent, extra. 
If both Hexagon Heads and Hexagon Nuts, 20 per cent, extra. 



FORGED TAP BOLTS.— threaded to the head. 







HEXAGON. 








SQU 


ARE. 
















Price per 


100. 










Diameter of 
Screw. 


X 


5 


H 


tV 


K 


t\S^H 


X 


'A 


I 


Lengfth. 




















i^ 


$1.00 


$1.15 


$1.35 


$1.60 


$2.00 


$3.00 


$4.20 


$6.00 


$8.00 


iK 


1.05 


1.21 


1.42 


1.69 


2.10 


3.12 


4. 


35 


6.20 


8.25 


2 


1.10 


1.27 


1.49 


1.78 


2.20 


3-24 


4 


50 


6.40 


8.50 


2X 


1. 15 


1-33 


1.56 


1.87 


2.30 


3-36 


4 


65 


6.60 


8.75 


2>^ 


1.20 


1-39 


1.63 


1 .96 


2.40 


3-48 


4 


80 


6.80 


9.00 


23/ 


1.25 


1-45 


1.70 


2.05 


2,50 


3.60 


4 


95 


7.00 


9-25 


3 


1.30 


I-5I 


1-77 


2.14 


2.60 


3-72 


5 


10 


7.20 


9-50 


3^. 


.... 


1-57 


1.84 


2. 23 


2.70 


3.84 


5 


25 


7-40 


9-75 


3K' 


.... 


.... 


1. 91 


2.32 


2,80 


3-96 


5 


40 


7.60 


10.00 


3H 


.... 


. . . ' 


.... 


2.41 


2.90 


4.08 


5 


55 


7.80 


10.25 


4 


.... 











3.00 


4.20 


5 


•70 


8.00 


10. 50 



With Hexagon Heads, 10 per cent, extra. 
Heads of Hexagon Tap Bolts are made finished size of United States Standard Nuts for same 
diameter. 

We carry in stock only Tap Bolts milled under Head, but make them from rough iron to order. 



134 



NASON MANUFACTURING COMPANY, NEW YORK. 



WEDGE HEAD DOUBLE EXPANSION SCREW BOLT. 




PRICK pp:r nrXDRED. 



Length, 
over All. 


DIAMETER. 




5 
1 6 


^8- 


i'« 


v^ 


tV 


y^ 


y^ 


y^ 


I 


2 


$12.75 
13.00 

13-05 
13.10 

13.20 


$14.20 

14-25 
14.30 
14.40 

14-50 
14.60 
14.70 

14-75 
14.80 


















2^ 

3 

3>^ 

4 

A% 

5 

S% 
6 

6% 


$17.40 
17-50 
17.60 
17.70 
17.80 
17.90 

17-95 
18.00 

18.10 

18.20 

18.25 

18.30 

18.40 

18.50 


$22.00 
22.10 
22.20 
22.30 
22.40 
22.50 
22.60 
22.70 
22.80 
22.90 
23.00 
23.10 














$25-50 
25-75 

26.00 

26.25 
26.50 

26.60 
26.70 

26.80 

26.90 

27.10 

27.20 

27.30 
27 40 


S32.00 

32.15 
32.30 
32.45 

32.60 

32-75 
32.90 

33-05 

33-20 

33-35 
33-50 


$33-oo 
33-20 
33-40 
33-60 
33-80 
34-00 
34-20 
34-40 
34.60 
34.80 
35-00 
35-20 
35-40 






- 








§48.00 

48.25 

48.50 
43.75 

49.00 

49-25 
49-50 

49-75 
50.00 

50.50 
51.00 










$52.00 

52.43 

52.86 

53-29 
53-72 
54-15 
54-58 

55-OI 
55-44 


$73-90 

74-45 
75.00 

75-55 
76.10 

76.65 

77.20 

77-75 
78.30 


7 
8 














9 

lO 
















Length of 
Expansion. 


iVz 


i^ 


2^ 


2K 


2M 


3 


3 


4 


4^ 


5 


Size Hole 
to Receive 
Sxpansion. 


A 


9 


y^ 


u 


^8 


y^ 


I 


l3 


1^8 


I 5/^ 



THE NEWEL POST OR COLLAR BO: 




This bolt is sold under above list, subject to a different discount. 



NASON MANUFACTURIXG COMPANY, NEW YORK, 



135 



SQUARE HEAD DOUBLE EXPANSION BOLT. 




PRICE PER HUNDRED. 



Length, 
Inches. 



2 

3 

3% 
4 
4^ 

5 

sVz 

6 

7 

1% 
8 

9 

10 



Length 

of 

Expansion 



Size Hole 
to Receive 
Expansion 



DIAMETER. 



95 
00 

05 
10 

15 
20 

25 
30 
35 
40 



1/ 



ITS 



510.00 
10.05 
10. 10 
10.15 
10.20 
10.25 
10.30 

10.35 
10.40 



7 

TO 







$12 


40 


12 


50 


13 


00 


13 


70 


13 


80 


13 


90 


14 


00 


14 


10 


14 


20 


14 


30 


14 


40 


14 


50 







$16.35 

16.50 

16.65 
16.80 
16.95 

17. 10 

17-25 
17.40 

17-55 



17 
17 

18, 

18, 



70 

85 
00 

15 



T 7/ 
1/3 



$20.00 
20.15 
20.30 

20.45 

20.60 

20.75 

20.90 

21 .05 
21.20 

21.35 
I 21.50 
i 21.65 

21 .80 



TTf 



2^8 


2K 


2% 


1 1 


w 


% 



-h 


=s ; 




$24-75 





25.00 




25-25 


$27.25 


25-50 


27.50 


25-75 


21-lS 


26.00 


28.00 


26.25 


28.25 


26.50 


28.50 


26.75 


28.75 


27.00 


29. CO 


27.25 


29.25 


27.50 


29.50 


21 -IS 


29-75 


28.00 


30.00 


3 


3^ 


7/ 

/8 


I 



$40.00 
40.30 

40.60 
40.90 
41.20 

41.50 

41.80 
42.10 
42.40 

42.70 
43.00 



/8 



$52 
52 
52 

53 
53 
54 
54 

55 



oo 

43 
86 
29 

72 

15 

58 
01 

55-44 



4M 



$73 
74 

75 
75 
76 
76 

77 
77 
78 



90 

45 
00 

55 
10 

65 
20 

75 

-JO 



/8 



Thickness of material to be fastened should always be stated when ordering bolts. 




These bolts can be furnished with either Square, Hexagon or Countersunk Heads. 
Bolts and Expansions made in Brass when required. 



The action of these bolts is here illustrated. The wedge head of 
the bolt and the expansion over it is put into the hole ; then the work 
to be fastened is put on, and then a common nut serves to draw up the 
bolt, which will cause it to expand and firmly fix the whole together, 
also shown. 




136 



NASON MANUFACTURING COMPANY, NEW YORK. 



WASHERS. 




DIAMETER. 


Size of Hole 


i} 


X 

^ 


4 


rs 


K 


I 


t\ 


i^ 


K 


iVs 


TJ 


iK 




114: 


H 


2 


it 


2X 


if 


2>^ 


ItV 


2|^ 


iX 


3 


i>^ 


3H 


i>^ 


3% 


i^ 


, 3Va 


i^ 


4 


i^ 


4X 


2 


4M 


2>^ 



Thickness Wire Gauge. Size of Bolt, Price per lb. No. in 100 Pounds. 



No. 


18 




16 




16 




14 




14 




12 




12 




10 




10 








^ 








9 








^ 








y 



3 

X 

5 
T« 

7 
Tf 
>^ 

9 

^8 



1/8 
2 



14.0 
12.2 
II. 4 
10.5 

9-7 

9.2 
9.1 
9.0 

8.8 



8,8 
9,0 
9,0 
9.2 
9.2 
9-5 
9-5 
9-5 



45000 
13900 
11250 
6800 
4300 
2600 
2250 
1310 

lOIO 

867 

634 
500 

367 
300 
267 
247 
224 
200 
180 



EXTRA SIZES. 



K 


M 


5/ 


6 


7& 


T6 


% 


Vs 


% 


tV 


^% 


J^ 


iM 


9 
T6 


i^ 


H 


iM 


if 


2 


15 


2^ 


ItV 



No. 18 
16 
16 
14 

14 
12 
10 
10 
9 
9 



3 

T6 

TS 

% 

7 



17-5 
15 7 
14.4 

12.5 

10.7 

10,7 

10. o 

9.6 

9.6 

9.6 



45500 
21500 
16500 
11500 
5450 

3650 
2150 
1400 
1 150 
940 



TURNBUCKLES. 




Diameter of Stub Ends, inches. 
Inside Opening of Buckle, inches 
Outside Length of Buckie, inches 
Total Length of Buckle with \ 

Stud Ends in, inches \ 

Price, each fo 



17 
.40 



TR 
43/ 

17 
.42 



21 



•45 



6 

^% 

23 

•50 



74 
6 



.63 



6 
9 

23 

75 



I 1/8 IX 
6 6 6 

9 9/i 9K 



13/ 



23 



23 
1 .00 



23 
1.25 



Longer Turnbuckles are made to order at special prices. 
Turnbuckles with swivel in one end furnished to order. 






10^ 



9% 

23 25 

1.38 1.50 



NASON MANUFACTURING COMPANY, NEW YORK. 



137 



GALVANIZED IRON RANGE BOILERS. 

STANDARD AND EXTRA HEAVY. 

(150 lbs. Test.) (250 lbs. Test.) 










Price. 


Capacity. 




Sizes. 


Galvanized 
or plain. 


18 galls. 


3 ft. 


by 12 inches 


$14 50 


21 


3^ ' 


' 12 


15 50 


24 " 


4 


12 " 


■15 75 


24 " 


3 


' 14 " 


19 00 


27 " 


4.1^ ' 


12 " 


18 50 


28 •* 


3y2 ' 


' 14 " 


20 25 


30 " 


5 


* 12 " 


19 00 


32 " 


4 


' 14 " 


21 00 


35 " 


5 


' 13 •' 


21 00 


36 " 


6 


' 12 " 


24 50 


36 " 


4K ' 


' 14 " 


21 50 


40 " 


5 


' 14 " 


24 00 


42 '* 


4 


' 16 " 


26 00 


47 " 


4l4 ' 


' 16 " 


30 00 


48 •■' 


6 


' 14 " 


30 00 


52 - 


5 


■ 16 " 


31 00 




LARGE EXTRA HEAVY GALVANIZED BOILERS. 

250 lbs. Test. 



Capacity in Gallons. 


Length in Feet. 


Diameter in Inches. 


Price, Black. 


Price, Galvanized. 


250 


6 


30 


$100 00 


$115 00 


325 


8 


20 


125 00 


144 00 


400 


10 


30 


150 00 


174 OO 


475 


8 


36 


165 00 


190 00 


600 


10 


36 


200 00 


230 00 


700 


12 


36 


235 00 


270 00 


1000 


12 


42 


275 00 


315 00 


1250 


12 


48 


325 00 


370 00 



HAND HOLES EXTRA. 



138 



NASON MANUFACTURING COMPANY, NEW YORK. 



HORIZONTAL GALVANIZED IRON RANGE BOILERS. 




Capacity 
About. 



12 gal. 
i8 " 
24 " 

28 " 
32 " 



SIZES IN GENERAL USE. 



Sizes. 
Inches. 



34 by 10 

34 " 12 

34 " 14 

40 " 14 

46 " 14 



Price. 



511.50 
14.00 

17.50 
20.25 
21.00 



OTHER SIZES. 





' 


Price. 




Capacity. 


Sizes. 


Galvanized or Plain. 




18 gal. 


3 ft. by 12 in. 


$14.50 




21 " 


3^2 ' 


12 " 


1550 




24 " 


4 


' 12 " 


15-75 




24"' 


3 


' 14 " 


19 00 




27 " 


4K ' 


12 " 


18.50 




28 " 


3K ' 


' 14 " 


20.25 




30 " 


b 


' 12 " 


19 00 




32 " 


4 


• 14 " 


21.00 


% 


35 " 


5 


' 13 " 


21.00 




36 " 


6 


12 " 


24.50 




36 " 


4^ ' 


' 14 " 


21 50 




40 " 


5 


' 14 " 


24.00 




42 " 


4 


' 16 " 


26.00 




47 " 


AV2 ' 


' 16 '* 


30.00 




18 " 


6 


' 14 " 


30.00 




52 " 


5 


' 16 " 


31.00 






All the above sizes are made in Extra Heavy. Prices same as Upright Extra Heavy Boilers. 



NASON MANUFACTURING COMPANY, NEW YORK 



139 



STANDARD AND EXTRA HEAVY COPPER 
RANGE BOILERS. 



EXTRA HEAVY COPPER RANGE BOILER. 

200 Lbs. Test. 




Capacity, 
Gallons. 


Height, 
Inches. 


Diameter, 
Inches. 


Price, 
Regular 
Pressure. 


Boxing. 


30 


60 


12 


30.00 


1 .00 


35 


60 


13 


35.00 


I .00 


40 


60 


14 


40.00 


I 25 


50 


66 


15 


50.00 


1.50 


60 


72 


16 


60.00 


1.50 


80 


72 


18 


100.00 


2.00 


100 


72 


20 


I 20 . 00 


3.00 




Extra Heavy Copper Range 
Boiler, 200 Lbs. Test. 

STANDARD COPPER RANGE BOILER. 



Standard Copper Boiler. 



Capacity> 


New York Pressure, 


Brooklyn Pressure, 


Double 


Boxing. 


Gallons. 


"Light Pressure." 


"Medium Pressure." 


Boilers. 


30 


24.00 


26.00 




1-25 


35 


27.00 


30.00 




1.50 


40 


32.00 


34- 00 




1.50 


45 


37.00 


39.00 




1-75 


50 


41 .00 


43.00 




I 75 


60 


52.00 


5500 


80.00 


2 00 


70 


59.00 


63 00 


. . 


2-75 


80 


68.00 


72.00 


100.00 


3-50 


90 


80.00 


84.00 




4.00 


100 


88. CO 


92.00 


112.00 


450 



I4G 



NASON MANUFACTURING COMPANY, NEW YORK. 



GALVANIZED EXTRA HEAVY IRON BOILERS. 




With Tinned Copper Tube Coils Inside. Furnished Horizontal or Vertical. 



Capacity. 



Size. 



Horizontal 

OR Vertical. 

Galv'd or Plain. 



1 8 gals 3 feet by 12 inches. 



24 

30 

35 
40 

52 
66 
82 
100 
120 
144 
168 
192 



12 
12 
13 
14 
16 
18 
20 
22 
24 
24 
24 
24 



.$ 28.00 

30 . 00 

32 00 

34 00 

36 . 00 

44 . 00 

60 . 00 

68.00 

88.00 

96.00 

124.00 

144.00 

164.00 



140 gals 4 feet by 30 inches $136.00 



185 
203 
225 
212 
265 
290 

-315 
360 

425 



-5^ 
.6 

4 

-5 

5K 

.6 

7 
.8 



30 
30 
30 
36 
36 
36 
36 
36 
36 



164.00 
172.00 
192.00 
1 80 . 00 
212.00 
228.00 
244 . 00 
276.00 
312.00 



HOT WATER EXPANSION TANKS. 




This cut represents an Expansion Tank for Hot Water Heating 
which is made of the best material and heavily galvanized. All are 
thoroughly tested under pressure before being shipped, and are supplied 
with all necessary openings for pipe connections and water gauge. 

These tanks are tapped top and bottom i inch, and on the side 
Yz inch for water gauge, and are also tapped on the side for i inch 
water supply. 

LIST PRICES ON EXPANSION TANKS. 



Capacity, 10 gallons Size, 



12 

15 
18 
20 
24 
26 
32 
42 
66 
82 
100 
120 



12 m 

12 

12 

12 

14 

14 

16 

16 

16 

18 

20 

22 

24 ' 



by 20 in.. Price, 

24 " " 



30 
36 
30 
36 
30 
36 
48 
60 
60 
60 
60 



9 

9 

12 



8.00 
8.50 
00 
50 
50 



13.00 
14.00 
15-00 
16.50 
31.00 
37.00 
51.00 
58.00 



Water Gauge, net $2.00. 



NASON MANUFACTURIN'G COMPANY, NEW YORK 

BLACK STEEL STORAGE TANKS. 



I -p A 




Manholes in head, extra, $15.00 

each. List. 
Manholes in shell, extra, $18.00 

each, List. 

Handholes, extra, $5.00 each, 

List. 



COILS. 
We can, upon special order, 
equip both the Black and the Gal- 
vanized Storage Tanks with re- 
turn bend or spiral coils, in black 
iron, galvanized iron or copper 
pipe. Prices for coils quoted on 
application. 









Vertical and 


Horizontal. 








Capacity 


Diameter 


Length 


Aporoximate 


Price List. 


Capacity 


Diameter 


Length 


Approximate 




Gallons. 


Inches. 


i'eet. 


Weight. 


Gallons. 


Inches. 


Feet. 


Weight. 


Price List. 


66 


18 


5 


200 


$36.00 


300 


30 


8 


600 


$70.00 


85 


20 


D 


230 


38.00 


325 


36 


6 


750 


80.00 


100 


22 


5 


260 


42 . 00 


365 


36 


7 


820 


go. CO 


120 


24 


5 


300 


45.00 












145 


24 


6 


525 


50.00 


i 420 


36 


8 


900 


100.00 


170 


24 


7 


370 


55- 00 


430 


42 


6 


IIOO 


100.00 












575 


42 


8 


1350 


115.00 


180 


30 


5 


450 


. 55-00 


720 


42 


10 


1600 


130.00 


215 


30 


6 


500 


60.00 


865 


42 


12 


1800 


145.00 


250 


30 


7 


550 


65 .00 


1000 


42 


14 


2050 


160.00 



IDEAL AUTOMATIC EXPANSION TANKS. 




The Expansion Tank 
above illustrated, aside 
from being ornament- 
al, is absolutely auto- 
matic in its operation, 
insuring ahvays that the 
systetn will be full of 
water, and in this re- 
spect will prove a great 
convenience to the 
house -owner. The 
Tank is made of hard- 
wood, dovetailed cor- 
ners, having a tight cov- 
er, and lined with sheet 
copper It can be sup- 
plied in any finish of 

wood, to harmonize with the finish of room in which it is installed. It does not require altitude 
gauge, nor guage glass and fittings. The price asked makes it easily available without in- 
creasing expense of the job. Inside measurements of Tank are : 20 inches long, 9 inches 
wide, 10 inches deep ; and of ample capacity for use on any job of hot-water work to which 
there is attached 2000 feet of radiation or less. Larger sizes made on special order. 

Price List for Tanks. {Including expansion and overflow couplings^ with iron pipe threads.) 

Plain, without varnish, plain oak or ash Price, each $7.00 



No. 


282 


No. 


2:2 


No. 


262 


No. 


0252 


No. 


0262 



Beaded, varnished, plain oak or ash. 

Rounded corners, varnished, plain oak or ash 

Beaded, varnished, genuine cherry, walnut or quartered oak 

RDunded corners, varnished, genuine cherry, walnut or quar- 
tered oak . -- - 

Order by number and specify finish desired. 



7 50 
8.50 

8.25 

9-25 



i4oB 



NASOX MANUFACTURING COMPANY, NEW YORK. 



TANK HEATERS FOR HOT WATER SUPPLY. 




^M.. 




/ -:■; .f|.ts:-:lsiV 

Full View. Opfn View. 

SIZES AND PRICES. 

Size No lo 12 

Sq. Ft. Radiation Heater Will Supply loo 200 

Gallons of Water Per Hour. . 150 260 

Height, inches 37 40 

Size Flow and Return Pipes i^ ^y^ 

Price ^35-50 50.00 



16 

-^85 
370 

2 
67.20 




Showing Heater connected with House Supply Tank, 



NASON MANUFACTURING COMPANY. NEW YORK. 



141 




BOILER COUPLINGS AND STANDS. 



BOILER COUPLINGS.— FOR iron boiler. 



PLAIN FACE. 



Size. .in. ^, 



I, 



Dozen , 



50 9.00 12.00 



GROUND FACE. 

Size.. in. ]/,, ^, i, 

Dozen.. 9.50 10.00 13.50 



PLAIN FACE. 

Size., in. i^, ^, i, 

Dozen.. $7.50 8.00 11.00 



GROUND FACE. 

Size., in. i^, %, 

Dozen. , 8.50 9.00 



I, 
12.50 





SCREWED FOR IRON PIPE CONNECTIONS. 

PLAIN FACE. GROUND FACE. 

Size in. %', i, Size in. ^, i. 

Dozen $13.50 16.50 Dozen i4-50 18.00 



PLAIN FACE. 

Size in. |4f, i, 

Dozen 12.50 15 50 



GROUND FACE. 

Size in. ^4^. i, 

Dozen 13 50 17.00 




SOLDERING NIPPLES AND UNIONS. 





Soldering Nipple. 



Soldering Union. 



Size. 



\' 



8 ^ % 



3/ 



I I^ iV^ 



Soldering Nipples, doz $1.50 175 2.25 2.50 3.00 500 7.50 10.00 14.00 20.00 28.00 

Soldering Unions, each .18 .20 .24 .30 .35 .50 .75 i.oo 1.50 



IMPROVED BOILER STANDS. 

HEIGHT, 21 INCHES. 




Size Ring 


12 


13 


14 


15 16 


17 


18 • 


20 


22 


24 


Plain 

Galvanized- - 


!|t=I-25 
- 250 


I 30 
2.60 


1.40 
2.70 


1.50 1.75 
3.00 3.25 


1.85 
3.60 


2.00 
3.80 


2.25 
4.50 


2 75 
5 00 


3.50 
6.50 



i Extension Piece to Raise Standard above 21 inches and not over 30 

inches, plain, each $0.50 

Galvanized, each -75 



142 



NASON MANUFACTURING COMPANY, NEW YORK. 



COPPER BATH TUBS. 




Weight of Copper oz. 

4^2 > 5' 5/2 or 6 f^^t loi^g each, 

Zinc. 4!:^, 5, 5i.< or 6 feet long.., " 
Foot Tub, "" " ..." 

French, 4^^ feet long ._ " 

Hip Tub.." " 



10 



15.00 

8.00 

7-50 

16.00 

10.00 



12 



16.00 

8.50 
17.00 
J 1 . 00 



14 



18.00 

9-5C 
19.00 
12 00 



16 



20.00 

10.50 
21 .00 
13.00 



22.00 

11.00 
23.00 
14.00 



20 



24.00 

12.50 
25.00 
15.00 




SHOWER BATH 



With Curtain and Shampooing Sprinkler. 



Nickel Plated, as shown 

For Thermometer Attachment, add. 



40.00 
8.00 



Marble Floor Slab Extra. 



This Shower can be used in connection with any 
style bath tub. 



NASON MANUFACTURING COMPANY, NEW YORK. 



143 



STEEL BATHS. 

NO. 2, STEEL CASED. CONNECTED WASTE AND OVERFLOW. 




AMERICAN PATTERN. 
Connected waste and overflow. Asbestos lining between copper and steel. 

T2 oz. 14 oz. 16 oz. 

Size 4 ft. 6 in 24.50 26.50 28.50 

Size 5ft 25.50 27.50 29.50 

Size 5 ft. 6 in 26.50 28.50 30.50 

Size 6ft. 28.50 30.50 32.50 

Dimensions. 

Length Outside Rim, 4 ft. 6 in. ; 5 ft. ; 5 ft. 6 in. ; and 6 ft. 
Width Outside Rim, 28 in.; Depth Inside 171.3 in.; Height from floor 233^ in. 

Ready to set up ; but one joint to make. Painted light gray with gold bronze legs. Nickel 
plated connected waste and overflow, fitted for 4^^ Fuller Cock, 2% centers, unless otherwise 
ordered. Hardwood rim, oak or cherry, with cabinet finish. 



No. 3, GALVANIZED STEEL, COMMON OVERFLOW. 




AMERICAN PATTERN. 
Coated inside with white enamel baked on. 



5 ft. 6 in. 
20.00 



Size 4 ft. 6 in. 5 ft. 

Each -. 18.00 19.00 

Add $1.50 to lists for connected waste and overflow. 

Length Outside Rim, 4 ft. 6 in. ; 5 ft. ; 5 ft. 6 in. ; and 6 ft. 
Width Outside Rim, 26 in. ; Depth Inside 171^ in. ; Height from floor 233^ in. 



6 ft. 
23.00 



144 



NASON MANUFACTURING COMPANY, NEW YORK. 



-STANDARD" 
PORCELAIN ENAMELED BATH. 

THE "PERFECTO." 




PLATE 48 B. 
DECORATED OUTSIDE. 



White Enameled " Perfecto " Bath Tub, with 21^-inch Enameled 
Roll Rim, Bottom Bell Supply Fitting, Compression Valves with Brass 
Supply Pipe and Imperial Bath Waste, Fittings Polished and Nickel- 
Plated all over. Exterior finished in Ivory White with Gold Bands. 



Dimensions:— Width, inside, 24 inches; Depth, 17 inches; Height 
from floor, 22 inches. 

Size of Tub (over Rim).-. 4 ft. 4%i^- 5 ft. sH^t. 6 ft. 

Price as described $61.15 $63.65 $67.00 $7115 $76.15 

Length, including Fitting. 4 ft- 4H in^ 4 ft. loi^ ins. 5 ft. 43^2 i"s. 5 ft- io}4 in. 6 ft. 4M ins. 



NASON MANUFACTURING COMPANY, NEW YORK. 



145 



"STANDARD" PORCELAIN ENAMELED BATH. 



THE "PERFECTO." 




Plate 35B. 

White Enameled '' Perfecto " Bath Tub, with 2%^ -inch Enameled 
Roll Rim, Brass Common Overflow Connection with Nickel-plated 
Strainer, Waste Plug with Rubber Stopper. 

Dimensions: — Width, inside, 24 inches; Depth, 17 inches; Height 
from floor, 22 inches. 

Size of Tub (over Rim)..- 4 ft, 4^4 (t. 5 ft. S/i^i- 6 ft, 

Price as described $24.15 $26.65 $30.00 34-15 39-15 

Length, including Fitting. 4 ft. 23^^ ins. 4 ft. S^^ ins. 5 ft. 2^2 ins, 5 ft. 83^ ins. 6 ft. 2^^ ins. 



When so ordered, '' Perfecto " Bath will be furnished with Legs to 
stand 24 inches from floor. 



146 



NASON MANUFACTURING COMPANY, NEW YORK. 



-STANDARD" PORCELAIN ENAMELED BATH. 

THE "ELYSIAN." 




PLATE 23 B. 



White Enameled ^'Elysian" Bath Tub, with 3-inch Enameled 
Roll Rim ; No. 4^ Nickel-plated Fuller Double Bath Cock, with 
Polished and Nickel-plated Connected Waste and Overflow, with 
Nickel-plated Strainer and Rubber Stopper. 

Dimensions:— Width inside, 23 inches; Depth, i8>^ inches; 
Height from floor, 24 inches. 



Size of Tub (inside). 4 ft. ^}4 ^^^ 

Price, as described. $33-85 $36-75 

Length over Rim.. - 4 ft. 4 ins. 4 ft. to ins. 

Length over Fitting. 4 ft. 5 ins. 4 ft. n ins. 



If with two Nickel-plated Brass Supply Pipes, add $2.50, 



5 ft. 


5K ft. 


6 ft. 


$40.50 


$45.10 


$53-40 


5 ft. 4 ins. 


5 ft. 10 ins 


6 ft. 53>^ins 


5 ft. 5 ins. 


5 ft. II ins. 


6 ft. 63^ ins 



NASON MANUFACTURING COMPANV^, NEW YORK. 147 



WASHOUT CLOSET. 



No. 3. Front Outlet Embossed. 

Over all ..20 inches. Space required 9 inches. 

Diameter Top, outside 14x15 inches. 

Price, without Couplings $9.00 

Add for 1 1^ -inch coupling, $0.75 ; 2-inch coupling, $1.40. 
The above made with or without vent. 

WASHOUT CLOSET. 



No. 3. Front Outlet Plain. 

Over all 16 inches. Space required Scinches 

Diameter Top, outside 14x15 inches. 

Price, without Couplings _ $8.00 

Add for ii^-inch coupling, $0.75 ; 2-inch coupling, $1.40. 
The above made with or without vent. 



148 NASON MANUFACTURING COMPANY, NEW YORK. 

EMBOSSED SYPHON JET. 

Measurements over all 22^ inches. 

From Wall to Center of Outlet 11 " 

Diameter at top, Outside 14x16 " 

Price, each $18.70 

Add for Coupling i-oo 

PLAIN SYPHON JET. 







^^^^^^ 
^,, ^i^^ii^*'^ 

Measurements over all - 22 ^^ inches 

From Wall to Center of Outlet 11 

Diameter at top, Outside 14x16 

Price, each $17.70 

Add for Coupling i -oo 



NASON MANUFACTURING COMPANY, NEW YORK. 



149 



HOPPER CLOSETS. 




TALL EARTHENWARE HOPPERS. 

Oval Flushing Rim $6.50 

" " with Seat Vent 6.75 

" " Hub " 7.00 

Round " " 5.00 

" " '' with Seat Vent 5.25 

" " " Hub " 5.50 

Add for Couplings .75 

Add " Spud :_ .75 



SHORT EARTHENWARE HOPPERS, 

WITH FLUSHING RIM. 
Oval 



$3 

'' with Seat Vent... 3 

Round 2 

" with Seat Vent 2 

Add for Coupling 

Add " Spud 



50 
75 
50 
75 
75 
75 



SHORT OVAL FLUSHING RIM 

ENAMELED IRON 

HOPPER. 

With Wood Rim and S Trap, 

complete each $5 . 00 

With Iron Tank and Supply 
Pipe as shown in apparatus 
No. 7, add to above list 8.00 




I50 



NASON MANUFACTURING COMPANY, NEW YORK. 




WATER CLOSET APPARATUS No. 4. 



Improved Syphon Jet Closet, with 10 gall. Cabinet Finish, Oak 
Syphon Tank, Seat to attach to Bowl, N. P. Flush Pipe and N. P. 

Slip Joint Connection complete as shown (without floor slab) $33-oo 

For Embossed Bowl add to list 1 .00 

For Nickel Plated Supply Pipe add to list. 2.50 



NASON MANUFACTURING COMPANY, NEW YORK. 



151 




(► 



m@^^ 






■■iiiisiBillliiiiiiiiiiiiiiBiiiiiiiiniHimiui iniiiinnHiuniaiBUuiMiiyi] 




WATER CLOSET APPARATUS No. 5, 

Wash Down Syphon Hopper, with 8-gallon Cabinet Finish Oak Syphon 
Tank, Seat to attach to Bowl, N. P. Flush Pipe and N. P. Slip Joint 
connection, complete as shown (without floor slab) $28.00 

For Nickel Plated Supply Pipe add to list . 2.50 



152 



NASON MANUFACTURING COMPANY, NEW YORK. 




WATER CLOSET APPARATUS No. 6. 

Front Outlet Washout Closet, with 5>^-gall. Rd. Cor. Oak Tank, Cage 
Valve, Seat to attach to Bowl, N. P. Flush Pipe and Rubber 
Elbow, complete as shown (without floor slab) < 

If Flush Pipe is not wanted, deduct _ . 



125.00 
4.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



153 



NASON WASHOUT SYSTEM. 




WATER CLOSET APPARATUS No. 7. 

Front Outlet Washout Closet with Seat Attachment, Cone Syphon Iron 
Tank, Wrought Iron Flush Pipe and Rubber Elbow, Hardwood 
Oak Seat and Cover, complete as shown $18.00 



154 



NASON MANUFACTURING COMPANY, NEW YORK. 




WATER CLOSET APPARATUS No. a 



Front Outlet Washout Closet, with 5^-Gall. Copper-lined Plain Pine 
Tank, Cage Valve, Oak Seat, Back and Cover, Lead Flush Pipe, 
complete as shown $19.50 

If Lead Flush Pipe is not wanted, deduct 1.50 



NASON MANUFACTURING COMPANY, NEW YORK. 

LOW DOWN CLOSET APPARATUS. 



155 




APPARATUS No. 9. 

A Plain Bowl Washdown-Syplion Closet ; with Cabinet Finish Hardwood Seat and 
Cover, attached to Bowl with Nickel-plated Brass Post Offset Hinges ; Cabinet Finish 
recessed Hardwood Low Down Cistern with Marble Top, Nickel-plated Push Button, 
Nickel-plated Supply Pipe and Escutcheon ; Brass Floor Flange with rubber Gasket 
and Nickel-plated Bolts and Washers complete as shown $30.00 

For EMBOSSED Bowl add to the list i.oo 




APPARATUS No. 10. 

A Plain Bowl Syphon Jet Closec ; with Cabinet Finish Hardwood Seat and Cover, 
attached to Bowl with Nickel-plated Bolts and Washers ; No. 64 Round Corner Cabinet 
Finish Hardwood Low Down Cistern, with Marble Top, Nickel-plated Chain and Pull ; 
Nickel-plated Supply Pipe with Escutcheon ; Brass Floor Flange, Rubber Gasket and 
Nickel-plated Bolts and Washers, complete as shown. $33.00 

For EMBOSSED Bowl, add to list i.oo 

Note. — These closets can be furnished with tanks of Genuine Cherry, Quartered Oak, or 
Walnut at a slight additional cost. 



156 



NASON MANUFACTURING COMPANY, NEW YORK. 



ROUND CORNERED TANKS AND SEATS. 

(OAK FINISH.) 




Round Cornered Tank, 17 x 8 x 10 ins. deep, 5>^ gal 

u . u u 20 X 9 X 10 " 

u a a 23 X I I X ID " " 





Plain 


Siphon 




Valve. 


Valve. 


d'A gal. 


$7.00 


$740 


" t/ '< 

/ 72 


.,-- 7-75 


8.40 


10 " 


_.-. 8.2s 


9.00 




No. 6. 1 14^ -inch Seat and Back $2.80 

*' 8. 1 1/ '' " '' " and Cover _ 3.50 



NASON MANUFACTURING COMPANY, NEW YORK. 



T57 



HARDWOOD SEATS AND COVERS. 



With Attachment. 




(Oak Finish.) 



No. 20 Seat, ij inch thick. 



,$4.50 




No. 18 Seat, il inch thick $^.00 



158 



NASON MANUFACTURING COMPANY. NEW YORK. 



PLAIN PINE TANKS, COPPER LINED. 




Plain 
Valve. 

Plain Pine Tank, i/x 8x 9 inches deep, 5 Gal 6.00 

" " 18x10x9 " '' 7 Gal _.. 6.65 

'' ** " 23x11x10 " *' 10 Gal 7.10 



Syphon 
Valve. 



6.40 
7-30 
7.85 



HOPPER SEATS, 




No, 10. 



No. 2 Les^s. . 

No. TO Hopper Seat ._ 2.50 

Add for No. 2 Legs as shown .50 

Above seat is slotted to take Enameled Drip Tray, if desired. 



NASON MANUFACTURING COMPANY, NEW YORK. 






EARTHENWARE URINALS. 



ROUND URINALS. 

No. I. No. 2. No. 3. 

Large. Medium. Small. 

Size — 15x18 12x15 113^x14 

Price, American 8.00 6.00 5=00 

CORNER URINALS. 

No. I. No. 2. No. 3. 

Size.-.. _ 12x12 II X II io}^xii% 

Without Lip 8.00 6.00 5.00 





LIP URINALS. 



Size 

Price, American 



No. I. 


No. 2. 


No. 3. 


Large. 


Medium. 


Small. 


15x18 


I2X 15 


113^x14 


10.00 


8.00 


7.00 



CORNER LIP URINALS. 



No. I. 

Size - 12x12 

With Lip 10.00 



No 2. 

II X II 

8.00 



No. 3. 

lo"^^ x 113^ 

7.00 



IRON CORNER URINALS. 
With or without opening behind for pipe. 



No. 


Sizes. 


Plain. 


Galvanized. 


Enameled 


I 


9 


1 .00 


1.70 


2.25 


2 


10 


1. 10 


1.85 


2.40 


3 


II 


1.20 


2.00 


2.50 


4 


12 


1-25 


2.25 


2.75 





IRON HALF ROUND URINALS. 

No I 

Size inches on Back -. 12 

Plain 1. 00 

Galvanized 2.00 

Enameled '. 2.50 



15 
1.30 
2.50 
3.00 



I5SB 



NASON MANUFACTURING COMPANY, NEW YORK. 



URINAL COCKS AND STALLS. 





COMPRESSION URINAL 
J^inch. Finished. 

Per Doz. 27.00 



SELF-CLOSING URINAL COCK. 

Finished. Nickel Plated. 
COCK. For Lead Pipe ...per doz. 36.00 41.00 

Nickel Plated. For Iron " .... " 40.00 45.00 

33.00 Flange and Thimble *' 54.00 60.00 



URINAL STALL. 

WITH AUTOMATIC FLUSH TANK. 




Two Stall Urinal, 5 feet 6 inches high. Stalls, 24 inches wide centres and 19 inches deep. Ends 
and partitions, J^ inch thick, and finished both sides. Back, J4 inch thick. Base, 2 inches thick, 
countersunk, and with drip drain and strainer. Nickel Plated Corner Clamps. Nickel Plated Brass 
on Plain Brackets. Urinal Traps. Nickel Plated Inlet Connections. Plain Varnished Tank. 

Complete as described, Slate, 2 Stalls $I35 -oo 

3 " 195.00 

" " " in Italian Marble, 2 Stalls 155^00 

" " " 3 " 225.00 

Add if with Finished Hardwood Tank i . 50 

" " " Nickel Plated Connections from Tank Special. 

Stalls furnished in other dimensions than those given. Prices on application. 



NASON MANUFACTURING COMPANY, NEW YORK. 



159 




BALL COCKS AND COPPER 
BALLS. 

FOSTER'S HIGH PRESSURE F. P. BALL COCK. 

Fig. A. Top Connection -._ ) Lead or Iron Pipe Connections, 

Fig. B^ End Connection ^ 

Fig. C. Bottom Connection ) $30.00 per doz. 

Nickel-Plated Nuts, Couplings and Tail Pieces, extra. 
4 inch Copper Floats and Rods $6.00 per doz. 



BIRKERY HIGH PRESSURE BALL COCK. 

No. I, for top, bottom or side supply, at$i5,ooper 
dozen. This is the regular size for ordinary closet tank 
use and has shank threaded for ^inch Iron Pipe 
and Tail Pieces plain for Lead Pipe, also furnished 
with Tail Pieces threaded male for i2-inch, and female 
for %-inch Iron Pipe when ordered, without extra 
charge. 

No. 2, for top, bottom or side supply, at $7.50 per 
dozen. These Cocks are made with shank threaded 
for 3^-inch Iron Pipe, with tail pieces for lead pipe, 
also furnished with Tail Pieces threaded male for %- 
inch Iron Pipe when so ordered. 

The No. I Cock can also be furnished as follows 




Size, Iron Pipe, inches i i>^ 

Price, per dozen 36.00 5 1 .00 



72.00 



2 
96.00 



3 
180.00 



IMPROVED BALL COCKS— For Closet Tanks. 
For Lead Pipe. For Iron Pipe. 





Size, inches. 



V2 



il4 



Price, per dozen 12.00 14.00 20.00 3400 56.00 80.00 150.00 400,00 Soo.oo 




COPPER BALLS. 



Size 4 

Price, per dozen 4-50 



5 
6.00 



7.00 



7 8 10 12 

10.50 80c. per pound. 



i6o 



NASON MANUFACTURING COMPANY, NEW YORK, 



WASH BASINS. 




COMMON OVERFLOW, MARBLED AND WHITE. 

Outside Diameter, inches 12 

Americtvn $1.00 

American, without Overflow _ i.oo 



13 


14 


15 


16 


1.00 


1.00 


1.50 


2.00 


1.00 


1.00 


1.50 


2.00 




PATENT OVERFLOW BASINS. 

Outside Diameter, inches 12 13 

Price $1.25 1.25 

OVAL WASH BASINS. 



14 

I 25 



15 
2.00 




4!j| 

Common Overflow, Marbled and White. 

Sizes -- 14x17 15x19 

Oval Basin, Common Ov^erflow __ $2.50 3.50 

no " 2.50 3.50 

Patent Overflow, Marbled and White. 

Sizes 14x17 15x19 

Oval Basin, Patent Overflow... $3-oo 4 00 

for Rubber Plug 3-50 4-5o 



16 

2.50 



16 X 2J 


4.50 


4-50 


16 X 21 


5.00 


5-50 



NASON MANUFACTURING COMPANY. NEW' YORK. 



ifM 



AMERICAN -MARBLED" 
COMBINED SLABS AND BASINS. 



No. 3. American Patent 
Overflow Basin, 
II inches inside $13.00 




No, 3. Marbled, Square, 18x18 inches. 




No. 10. Marbled or White, 

with Cock Holes $11. 60 



No. 10. 18 inches long. 



No. I. American Patent 
Overflow Basin, 
II inches inside $13.00 





No. I. American Marbled Corner, 19x19 inches. 



No. II. Patent 
Overflow 
Oval Basin, 
13x17 inches. 
Each.- $19 70 



Marbled, 18x24 inches. 



l62 



NASON MANUFACTURING COMPANY, NEW YORK. 



ITALIAN MARBLE LAVATORIES. 




LAVATORY No. i. 

i}^ inch Italian Marble Slab, 
30x20, 10 in. back; front and 
side aprons, 5 inches ; 14x17 
in. Oval P. O. Basin; Nickel- 
Plated 4 arm Comp. Basin 
Cocks, Chain Stay; i3>2 in. 
Nickel-Plated S. Trap, no 
vent ; Nickel-Plated Supply- 
Pipes and Rope Pattern 
Legs. Complete as shown, $35.00 



LAVATORY No. 2. 

l3^ inch Italian Marble Slab, 
30x20, lo in. back ; 14 inch 
P. O. Basin ; Nickel- Plated 
Fuller Basin Cocks, Chain 
Stay ;,ii^in. N. P. S. Trap, 
no vent ; Nickel- Plated Sup- 
ply Pipes ; Nickel- Plated 
Solid Brass Brackets. Com- 
plete as shown . $30.00 

LAVATORY No. 3. 

Same size as No. 2, with Nickel- 
Plated Iron Brackets, Lead 
Trap ; no supply pipes, and 
No. I T. Handle Basin 
Cocks, Nickel-Plated. Com- 
plete as described $15.00 




NASON MANUFACTURING COMPANY. NEW YORK. 



163 



-STANDARD" ENAMELED IRON LAVATORY. 




Plate 450 S. 

''Standard" Enameled Iron Lavatory with Oval Bowl, Patent 

Overflow, Nickel-plated Brass Overflow Strainer, Waste 

Plug with Rubber Stopper, Nickel-plated Brass Soap 

Cup, Exterior Bronzed and with Bronzed Iron 

Brackets. 

Dimensions: 16 x 20 inch Slab, Bowl 11 x 14 inches; 18 x 24 inch Slab, Bowl 
12 X 15 inches; Height of Back, 12 inches. 

Size 16 X 20, Complete with Faucets as shown $13 • 75 

Without Faucets 10.00 

Size 18 X 24, Complete with Faucets as shown 15-75 

Without Faucets 12.00 

ENAMELED ALL OVER, WITH ENAMELED BRACKETS. 

Size 16 X 20, Complete with Faucets as shown , $16 . 75 

Without Faucets *• 13 -0° 

Size 18 X 24, Complete with Faucets as shown 18.75 

Without Faucets I5 00 



1 64 



NASON MANUFACTURING COMPANY, NEW YORK 



-STANDARD" 
ENAMELED IRON LAVATORY.— Continued, 




Plate 476 S. 

''Standard" Corner Enameled Iron Lavatory with Oval Bowl, 

Patent Overflow, Nickel-plated Brass Overflow Strainer, 

Waste Plug with Rubber Stopper and Nickel-plated 

Brass Soap Cup, Exterior Bronzed. 



Dimensions: Length on side, 16 inches; Bowl, 11 x 14 inches; Height of Back, 6 
inches; Wail to Centre of Waste, 10 inches; Centre to Centre of Faucets, 6 inches. 



Complete with Faucets as shown $11.25 

Without Faucets 7 • 50 



NASON MANUFACTURING COMPANY, NEW YORK. 



165 



SOLID BRASS LAVATORY 
BRACKETS. 



NICKEL PLATED. 




Sizes. 
Each. 



No. 9. 
4x5 5x7 

1.50 1.90 



7x9 
2.10 



8x10 
2-35 



Sizes 
Each. 



10x12 

2.75 



12x14 
3-25 



14x16 

3.75 



16x18 
4.25 



No. 160. 
N. P. Brass Lavatory Bracket, 16x18, 

Per Pair.... $2.80 




No. 9. 



LAVATORY BRACKETS. 

NICKEL FINISH ON IRON. 




No. 033. 




No. 023. 



Size, Inches. _-. 4x5 


7x9 8x10 


16x18 


Size, Inches 4x5 


7x9 8x10 


16x18 


Nickel Finish, per pair .35 


.50 .60 


2.50 


Nickel Finish, per pair .35 


.50 .60 


2.50 




ADJUSTABLE SINK 
BRACKETS. 

COMPLETE WITH BOLTS. 

Per pair 

No. o. Takes sink 12 to 15 inches wide $0.50 

No. I. " " 14 to 18 " " ... .50 

No. 2. " " iS to 23 " " ... .70 



i66 



NASON MANUFACTURING COMPANY, NEW YORK. 



SOLID BRASS LAVATORY LEGS. 

No. I L No. 9 1 No. 2. No. 17. No. 8 B. No. 24. No. 28. 




LIST PRICES PER PAIR. 

Nickel 
Plated. 

No I L 3.00 

" 9I 300 

" 2 4 . 00 

' 17 4 • 00 

" 8 B 4.00 

" 24 7.00 

" 28 7.00 

Apron Pockets, 
.70 each. 




NICKEL-PLATED BASIN TRAPS. 

iio in. N. Y. Reg. Full " S " Trap, Pipes to Wall and Floor, N.P. $6.00 

ii2in. Full"S" Pipes to Wall and Floor, N. P., Light. _ 3.50 

Same without Pipes . 3. 50 

1^2 in. Full " S " Trap, no Vent, Pipes to Floor, N. P., (Light). 3.30 

2 in. N. Y. Reg. Full "S" Trap, Pipes to Wall and Floor _ 10.50 

.Same without Pipes 6. 50 

i'^ in. N. Y. Reg. 1^ "S" Trap, no Pipe 2.50 

ly; " " % ''S" " Vented 3.50 

Same with Pipes 6.00 

i}{in.'J4 "S" Trap, Pipe to Wall, N. P. (Light).. 2.70 

2 in. 1^ " S " N. Y. Reg. Trap, no Pipes. 4.00 



N. Y. Regulation Full 
\ S Trap with Pipes 
' to Wall and Floor. 



NASON MANUFACTURING COMPANY, NEW YORK. 



167 



CLOSET CISTERN PULLS. 

No. I, CELLULOID.— With Rubber 
Buffer and Plated Tips. 

White per doz. $7.00 

Ivory " 9.00 

Ivory and Colored " 12.00 




:No. 2, HARD WOOD.— With Rubber 
Buffer and Plated Tips. 

Cherry or Walnut per doz. $4.00 





No. 3, HARD WOOD.— With Ebony 
Finish. Japanned Tips. 

Per dozen $3.00 




No. 8. 



No. 10. 



BATH 
SPRINKLERS. 




No. 00. 



JACK AND SAFETY CHAIN. 

IRON JACK CHAIN. 

Nos 6 7 8 9 10 II 12 

Per doz. yds 1.30 1.05 .95 .90 .85 .55 .44 

Nos 13 i| 15 16 17 18 19 

Per doz. yds .42 .40 .35 .30 .30 .28 .27 

Nos 20 21 22 23 24 

Per doz. yds .26 .25 .25 .25 .25 

BRASS SAFETY CHAIN. 

Nos - 000 00 o I 2 3 

Per doz. yds 1.20 1.30 1.50 1.80 2.40 3.60 

One dozen yards in a box. 

PACKINGS AND WASHERS 
FOR COMPRESSION BIBBS. 




Polished Brass, per doz... $8.00 
Nickel-Plated. " 10.00 



Common Rubber. 

Size, inches 3^ 1/ 5/ 3^ j 

For Cap, perioo$o.75 .75 .75 i.oo 1.50 

For Valve, " .40 40 .40 .50 .65 

Black Rubber. 
For Valve, per 100 1.25 1.25 J.38 1.50 2.00 

Vulcanized Fibre. 
For Valve, per 100 ,50 .50 .50 .60 .75 

Boss Washers. 
Per 100 75 .75. .75 .75 1.00 



i68 



NASON MANUFACTURING COMPANY, NEW YORK. 



GRAHAM'S ROLL-RIM, VITRIFIED BROWN 

WASH-TUBS. 




30 inch size, Set of 2 Tubs.. -$27.50 24 inch size. Set of 2 Tubs... $26 00 

30 3 41 25 24 " " " 3 " 30.00 

30 4 55-00 24 " " " 4 " _. 52.<x) 



OUTSIDE DIMENSIONS : 

Length, 30 inches. Width, 243^ inches. Depth, 17 inches. 
24 '' " 24K " " 17 " 

Prices include Bronzed Iron Standards, and Back of Same Material and Glaze. 



GRAHAM'S WHITE PORCELAIN AND BROWN GLAZED 

WASH-TQBS, 




PRICES WHITE PORCELAIN TUBS. 
Set of 2 Tubs, Galvanized Iron Legs and Ash Frame $2c; 00 

♦• A <' " " " << «< a 37-50 

4 50.00 

PRICES VITRIFIED BROWN GLAZED TUBS. 
Set of 2 Tubs, Bronzed Iron Legs and Ash Frame <l5i6 2^; 

<* -I '« '< M .. i< 4< il ^ ■ -^ 

4 32.50 

OUTSIDE DIMENSIONS, WHITE PORCELAIN AND BROWN GLAZED TUBS. 

Length, 281^ inches. Width, 24!;^ inches. De^th, i6i^ inches. 
26 " " 241^ " - i6i| " 
24 " 243^ " " i6i| " 

All Tubs subject to Extra Charge for Crating. 



NASON MANUFACTURING COMPANY, NEW YORK. 



i6fl 



SCOTCH GRANITE ROLL RIM LAUNDRY TUB. 




Single 25 X 24, 

" 27 X 24, 

" . 31 X 24, 

2 Part 48x22, 

" 48x24, 

" .53x24, 

" 60 X 24, 

3 Part .72 X 24, 



Tub and Plug $8.50, 

" 10.00, 

11.50, 

15 00, 

15-00, 

17.00, 

" 21.00, 

25.00, 



including Cover and Legs, $10.00 

11.50 
13.00 
17.00 
17.00 
19,00 
23.00 
28.00 



GRAHAM'S ROLL RIM VITRIFIED BROWN SLOP SINKS. 




With Back of same Material and Glaze, bronzed Iron Trap Standard and Nickei Plated 

Strainer. 

20 X 16 X 12 deep — -- $15.00 

22x18x12 " 16.50 

24x20x12 " 19-00 

N. Y. Reg. S Trap Standard for lead, S or >^S Trap Standard for Iron, furnished in pla«e of 

Trap shown, at same price. 

All Sinks subject to Extra Charge for Crating. 



1 70 



NASON MANUFACTURING COMPANY, NEW YORK. 



GRAHAM'S KITCHEN AND PANTRY SINKS. 









(roll rim, brown.) (white porcelain.) 

ROLL-RIM VITRIFIED BROWN KITCHEN SINKS. 



24 X i8 X 8 with Bronzed Iron Legs . -I7.50 



30 X 18x8 
36 X 22 X 8 
42 x 22 x 8 
48 X 22 X 8 



9.00 
10.50 
13-25 
16.75 



Add for Back -$2.50 ^ 

" " " 3.25 



WHITE PORCELAIN KITCHEN SINKS, 

30 X 22 X 8 with Galvanized Iron Legs and Ash Frame $11.25 

36x22x8 " " " " " " " 13-75 

42x22x8 " " " " " " " 16.25 

48 X 24 X 9 " " '• " " " " 24.25 

Cocks and Sink Back Extra. 



Cocks and 
4.00 )■ Supply Pipes 
4.75 I Extra. 

6.00 j 



Sink only $8.oc 

" " ' 10.5c 

" 12 5c 

" " 19.5c 



WHITE PORCELAIN PANTRY SINKS. 

24 X 18 x 8 Sink only, no Fittings $5.00 30 x 18 x ji Sink only, no Fittings $8.oc 

All Sinks subject to Extra Charge for Crating. 



WHITE PORCELAIN BUTLERS' PANTRY SINK. 

NO FITTINGS. 
24 X 18 X 8 $5.00 30 x 18 X II 

OUTSIDE MEASURES. 



>.OC 



COPPER SINKS. 





Size 

Square Bottom . _ 
Oval Bottom 



Oval Bottom. 

COPPER PANTRY SINKS 
12 X 18 12 X 20 14 X 16 

$4.50 $5.00 $4.50 

6.00 6.50 6.00 



Square Bottom. 



14 X 20 

$6.00 

7-50 



14 X 24 

$7.00 

9.00 



16 X 24 16 Xr30 18 X -^O 

$8.00 $10.00 $11. bo 



10.00 



12.00 



13.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



170 A 



SEAMLESS WROUGHT STEEL KITCHEN SINKS and BACKS. 





Cast Iron Coupling. 




Brass Strainer Coupling, 



01 V^ 


02 


02i/> 


03 


04 


05 


06 


18 


18 


20 


18 


20 


20 


20 


24 


30 


20 


36 


30 


36 


40 


6 


G 


6 


fi 


6 


6 


6 


2.15 


2 35 


2.30 


2.85 


2.a5 


3.45 


4.30 


2.40 


2.70 


2 55 


3.25 


S.25 


4.00 


4.30 


3.05 


3.55 


3.30 


4 3) 


4 30 


5.10 


5.90 


3.85 


4 3) 


4.10 


480 


4 80 


5.35 


6.95 


5.35 


5 80 


5.6 • 


6.70 


6.70 


7.75 


8.85 


5.65 


6 10 


5.90 


6.95 


6.95 


8.05 


9.15 


6.40 


7.60 


6 65 


9. •15 


9.45 


11.55 


12.65 



SINKS WITHOUT BACKS. WITH CAST IRON COUPLINGS, TURNED 
(Order by Number only. State Finish Required.) 

No 01 

Width, inches 16 

Length, inches 24 

Depth, inches 6 

Plain each, 1.80 

Painted inside and out, " 1 .95 

Galvanized " " 2.70 

Blue Enameled " " 3 25 

Agate " (Gray) " ^- 4.80 

Crystal " (Light Gray) " ' 5.10 

White " (Blue Outside) " 5 90 

For Sinks with Plug Strainers and Rubber Sloppern add H5c to the list. 
For Sinks with Cast Iron Couplings threaded for Iron Pipe add 15c. to the list. 

SINKS WITHOUT BACKS, WITH BRASS STRAINER COUPLINGS. 
(Order by Number only. State Finish Required.) 

No 

Width 

Length, inches 24 

Depth, inches 

Plain each, 

Painted inside and out, •' 

Galvanized " 

Blue Enameled " " 

Agate " (Gray) " " 

Crystal " (Light Gray) " " 

White " (Blue Outside) '' 

WROUGHT STEEL SINK BACKS, WITH 

Threaded for ^^ 



EDGES. 



010 


015 


020 


025 


030 


040 


0.50 


060 


16 


18 


18 


2) 


18 


20 


20 


20 


24 


24 


30 


20 


36 


30 


36 


40 


6 


6 


6 


6 


6 


6 


6 


6 


2.50 


2 90 


3 10 


3.05 


3.60 


3 60 


420 


5.00 


2 70 


3 15 


3.45 


3 30 


4.00 


4.00 


4.75 


5.00 


3 45 


3 80 


4.30 


4.05 


5.00 


5.C0 


5.85 


6.60 


4.00 


4.50 


5.00 


4.75 


5.50 


5.50 


6 10 


7.70 


5 65 


6 10 


6.55 


6 40 


745 


7.45 


8.50 


9 60 


5 85 


6.40 


690 


6 65 


7.70 


7.70 


8.80 


9.a5 


665 


7.15 


8.4) 


7.40 


10.20 


10.20 


12.30 


13.35 



AND WITHOUT AIR CHAMBERS. 
inch Bibbs. 




(Order by Number only. State Finish Required.) 



No 


4 


5 

24 
340 
3.75 
4.15 
5.55 
5.75 
5.75 
7.15 


7 


Width, inches 

Plain 

Painted 

Galvanized 


.:.... 20 
..each, 3.30 
.. " 3.40 
.. " 3 85 


30 

3 75 
4.05 

4 65 


Blue Enameled 


.. " 4 65 


6 55 


Agate '• (Gray) 

Crystal " (Light Gray).. 
White " 


.. '^ 4.85 
.. '■ 4.85 
.. " 6.15 


6.75 
6.75 
8.65 



With One Air Chamber. 
9 

36 
3.90 
4.35 
5.15 
7.80 
8.0a 
8.00 
10.55 



With Two Air Chambers 

30 

36 

5.90 

6 35 

7.15 

9.80 

10.00 

10 00 

12.55 



8 


10 


20 


20 


24 


30 


5.30 


5.40 


5.75 


5.40 


5 75 


6.05 


5.85 


6.15 


6 65 


6 65 


7.55 


8.55 


6 85 


7.75 


8.75 


6 85 


7.75 


8 75 


6.a5 


9.15 


10.65 



Without Air Chamber^. 






1 


2 


3 


20 


24 


30 


36 


1.15 


125 


1.60 


1.70 


1.35 


1.60 


1.90 


2.20 


1.55 


1.85 


2.30 


2.75 


2.10 


2.75 


3.55 


4.80 


2 50 


3.20 


4.20 


5 70 


2.50 


3 20 


4.20 


5.70 


3 20 


4.20 


5.80 


8.25 



Backs with two holes always supplied unless ordered with one. 
Nickel Plated Air Chambers, List 50c. Each Extra. 
List prices Adjustable Sink Brackets, page 165. Faucets not included in any of above Lists. 



lyoB 



NASON MANUFACTURING COMPANY, NEW YORK. 



KITCHEN SINK WITH NOVELTY BACK. 




Jill 

iiiliii""IW ,11"^ 

llil!i!|l||H!l;n,:,,,.^^'l!!i 

LIST PRICES OF NOVELTY SINK BACKS. 

Length inches i6 18 20 22 23 24 25 27 28 

Plain $1.35 1-45 i-50 1.60 1.65 1.75 1,80 1.95 2.05 

Galvanized 2.35 2.35 2.50 2.75 2.95 3.05 3.15 3.50 3.75 

Enameled 3.50 3.50 3.50 3.65 3.75 3.95 4.50 4.75 5.00 

Length inches 30 32 34 36 38 41 42 48 

Plain $2.25 2.50 2.75 3.00 3.25 3.50 3.75 4.50 

Galvanized , 4.25 4.50 5.00 5.25 5.75 6.25 6.25 7.25 

Enameled 5.25 5.50 6.00 6.25 6.75 7,25 7.25 8.25 

Above lists are for backs with two cock holes. If wanted with only one cock hole list is 
twenty five cents less. 

Please note that above list prices are for Novelty Backs only. 

To arrive at the list price of complete sinks as shown in cut, add list price of sink of size 
wanted as per top of page 17T and sink legs as per page 172. 



NASON MANUFACTURING COMPANY, NEW YORK. 



171 



SQUARE 
CAST IRON 
SINKS. 



Length. 


W 


idth. 


16 


inch. 


12 


inch 


16 


inch. 


16 


inch 


18 


inch. 


12 


inch 


18 


nch. 


18 


nch 


20 


inch. 


12 


inch 


20 


inch. 


14 


inch 


20 


nch. 


20 


inch 


22 


inch. 


14 


inch 


23 


inch. 


15 


inch 


24 


nch. 


14 


inch 


24 


inch. 


15 


inch 


24 


nch. 


16 


inch 


24 1 


nch. 


17 


inch 


24 


nch. 


18 


nch 


24 


nch. 


20 


nch 


25i 


inch. 


I5i 


inch 


2S 


nch. 


17 


nch 


27 


inch. 


15 


nch 


28 


inch. 


17 


inch 


28 


nch. 


20 


inch 


30 


nch. 


12 


inch 


30 1 


nch. 


16 


nch 


30 


inch. 


18 


inch 


30 


nch. 


20 


nch 


32 


nch. 


18 


inch 


32 


nch. 


21 1 


nch 


34 


nch. 


20 i 


nch 


36 


nch. 


18 


nch 


36 


nch. 


20 


nch 


36 


nch. 


22 


nch 


38 


nch. 


20 


nch 


40 


nch. 


20 


nch 


41 


nch. 


22 


nch 


42 


nch. 


20 ] 


nch 


42 


inch. 


22 


inch 


48 


inch. 


20 


nch 


48 


inch. 


23 


inch 


48 


inch. 


24 


inch 




Depth. 



nch. 

nch- 

nch. 

nch.. 

nch. 

nch. 

nch- 

nch. 

nch- 

nch. 

nch.. 

nch_ 

nch. . 

nch.. 

nch. 

nch. 

nch.. 

nch-. 

nch_. 

nch. 

nch-. 

nch. 

nch. 

nch-. 

nch_. 

nch-. 

nch.. 

nch.. 

nch_. 

nch.. 

nch_. 

nch.. 

nch.. 

nch_. 

nch . 

nch.. 

nch-. 

nch_. 



SQUARE 

CAST IRON 

SINKS. 



Plain. 


Galvanized. 


Enameled. 


jl. 10 


$2.30 


$4.50 


1.60 


3-25 


5-25 


1-25 


2.60 


4-75 


1.80 


3.80 


6.00 


1.50 


3.10 


5-25 


1.50 


3.20 


6.ot) 


1.95 


4.20 


6.75 


1.60 


3-30 


6.00 


1.70 


3-40 


6.25 


1.70 


3.75 


6.25 


1-75 


3-90 


6.40 


1.80 


4.00 


6.50 


1-95 


4.20 


6.75 


2.10 


4-30 


7.00 


2.40 


5.00 


7-50 


1-75 


3.60 


6.50 


2.10 


4-30 


7.00 


2.00 


4-25 


7-25 


2.20 


4-50 


7-50 


2.70 


5 -50 


8.00 


2.00 


4-25 


7-25 


2.25 


4.75 


7-75 


2.50 


5.10 


8.50 


3.00 


6.25 


9.00 


3.00 


6.25 


950 


3-40 


7.20 


9-75 


3.00 


6.50 


9-50 


3.00 


6.50 


950 


3-70 


7-75 


10.50 


3-70 


7-75 


10.50 


3-8o 


8.00 


II .00 


4.00 


8.75 


11-75 


425 


9.00 


12.00 


425 


9.00 


12. oc 


4.25 


9.00 


12.00 


5-30 


11.50 


13-25 


5.75 


12.25 


1 5 . 00 


5-75 


12.25 


15.00 



172 



NASON MAxNUFACTURING COMPANY, NEW YORK. 



CAST IRON FIXTURES— Continued. 

CORNER SINKS. 




No. 



Front. Side. Depth. Plain. Galvanized. 



Enameled. 



24 in. 
29 " 
31 " 



17 in. 
20 " 
22 " 



6 in. 
6 " 
6 " 



1-25 

1-75 

2. ID 



2.75 

3- 50 
4.20 



0.00 
7.00 
8.00 



HALF ROUND SINKS. 



Numbers. Side. Front. Depth. Plain. Galvanized. Enameled. 



I 


24 in. 


14 in. 


6 in. 


1.50 


3-25 


6.00 


2 


27 " 


14 " 


6 " 


1.80 


3.90 


7.00 


3 


28 " 


16 " 


6 " 


2.00 


4.00 


7.75 


4 


29 '^ 


15 " 


6 " 


2.00 


4.00 


7.75 


5 


31 " 


17 " 


6 " 


2,25 


4-75 


9.00 




To price of Plain Sinks add $1.00 for Overflow. 

SLOP SINKS. 




Length. Width. Depth. Plain. Galvanized. Enameled. 



16 in. 


16 in. 


10 in. 


2.70 


5-25 


7.50 


20 " 


14 '' 


12 " 


3-50 


6.50 


8.50 


20 " 


16 " 


12 " 


4.00 


8.25 


TO. 00 


24 " 


20 " 


12 ' 


5.00 


9-50 


11.50 


30 " 


20 " 


12 " 


8.00 


15.00 


16.00 



SINK LEGS. 




Solid. 



Price. 



Extension. 
Plain. Galvanized. 
.50 1. 00 



SINK BACKS. 




Size. 14 16 18 20 22 23 24 25 27 28 30 32 34 36 38 

Plain 1.05 1. 10 1.20 1.25 1.35 1.40 1.50 1.55 1.70 1.80 2.00 2 25 2.50 2.75 3.00 

Galvanized 1.75 1.90 2.10 2.25 2.50 2.70 2.80 2.90 3.25 3.50 4.00 4.25 4.75 5.00 5.50 

Enameled 2.75 2.90 3.15 3.25 3.40 3.70 3-70 3-90 4-25 4-75 5-"0 5-25 5>75 6.00 6.50 

Add for Air Chambers. —Plain, $2.00; Galvanized, $2.50; Enameled, $3.00. 

SINK STRAINERS. 

In 4, 41^, 4^4, 5 and sH Sizes. 

Plain. Galvanized. Enameled. 
Price per dozen 1.50 2.60 3-00 

PLUG SINK STRAINERS. 




Price per dozen 



Plain. 
325 



Galvanized. 
5.00 



Enameled. 
6.00 





For Soap-Stone 
Wash Tray. 



NASON MANUFACTURING COMPANY, NEW YORK. 

PLUGS AND COUPLINGS. 

For Soap-Stone Wash Tray. 

Size in. i 1^4 i% 2 

Finished .per doz. $15.00 16.00 26.00 40.00 

Nickel Plated " 17.00 19.00 29.00 44.00 

Silver Plated " 21.00 23.00 33.00 48.00 

For Iron Wash Stand. 

Finished — per doz. $20.00 

Nickel Plated " 22 . 00 

Silver Plated " 28.00 

BASIN PLUGS. 



173 




For 



Iron Wash 
Stand. 




Common Overflow. 

Finished per doz. $8 . 00 

Nickel Plated " 8.50 

Silver Plated " 10.00 




Patent Overflow. 

Finished .per doz. $9.00 

Nickel Plated " 9 • 50 

Silver Plated 



11.00 



VENTILATING TRAP SCREWS. 




Straight Coupling. 
Size, 4x i]4. per doz. $23.00 

BASIN CLAMPS. 

No. I per doz. $1 . 25 

No. 2 " I, CO 




Bent Coupling. 
Size, 4X ly^ per doz. $24.00 




No. I. 



No. 2. 




No. 3. 



No. 4^ 



BASIN JOINT. 

No. 3 per doz. $2 . 00 

No. 4 " 8 . 00 



174 



NASON MANUFACTURING COMPANY, NEW YORK. 



MISCELLANEOUS. 

THE "GOOD" BATH AND BASIN STOPPERS. 



NICKEL PLATED 
BRASS 




_ The most convenient stopper made . There are only two 
sizes. These fit any basin, bath, laundry tub or wash 
tray, never allow a leak, even if outlet is not perfectly 
round. Overcome all objections to the common metal 
and rubber plug stoppers. 
Bath Size, per dozen. 
Basin Size, " 420 



WHTTE 
RUBBER 



RUBBER 




Basin Stopper. 



Bath Stopper. 



SINK, BATH OR WASH TRAY PLUGS. 




PRICES PER DOZEN. 



Sizes 



I xH 1% 



Sink or Bath Plugs. . .$2.50 3.00 4.00 7.00 

" N. P. 3.50 4.50 5.50 10.00 

"Wash Tray Plugs 6.007.0010.00 




Sinker Bath Plug. 



Wash Tray Plug. 



TRAP AND DECK SCREWS. 





TRAP SCREWS. 

Size Inches ^ ^ i i^ iK 2 2^ 3 3^ 4 5 6 

Per Dozen $1.80 2.25 2.50 3.00 4.00 7,00 10.00 15.00 18.00 20.00 27.50- 42.50 

DECK SCREWS. 



Size, Inches i 

Per Dozen $10. 00 



i>4 
12.00 



14.00 



2 
18.00 



24.00 



3 
33-00 



VALVE COUPLINGS.— Ground Face. 




Sizes. 


To 


Solder, per doz. 


Screw'd for Iron Pipe. 


K 




$10.00 


$11.00 


% 




12.00 




% 




15.00 


17.00 


I 




20.00 


23.00 


iM 




30.00 


34-0O 


i>^ 




40.00 


44.00 


2 




60.00 


70.00 



RING HANGER. 



Per 100. 



Size--- - % y2 % I iH I^ 2 

Plain Iron $5.00 5.00 5.80 6.75 7 50 10.00 14.00 

Galvanized 6.50 6.50 7.00 8.00 9.00 12.00 16.00 




NASON MANUFACTURING COMPANY, NEW YORK. 



175 





i!li:llillllUil;tili|l|li:ii,. 1.^ 



PORCELAIN DRIP 
TRAYS. 



Oval . . 

Round. 



ji.oo 
1 .00 



ENAMELED IRON DRIP 
TRAYS. 

Both Sides Enameled. 

Oval $100 

Round I 00 





MARBLE SLABS. 

All Corner or Quarter Circle Slabs are swelled one inch on front edges to give room for basins. 



Style of Slab. 



ISize of Marble. Height of Back. 




CORNER SLAB. 




SINGLE BACK. 




RIGHT HAND END. 




LEFT HAND END. 



18x18 inches. 
20x20 " 
22x22 " 
24x24 " 



8 inches. 



20x24 
20x26 
20x28 
20x30 



20x24 
20x26 
20x28 
20x30 



20x24 
20x26 
20x28 
20x30 



Contents. 



4 ft. II in. 

5 ' 

6 '• 7 

7 " 6 - 



5 ' 

5 ' 

6 • 
6 ' 



6 ' 

6 ' 

7 ' 
7 ' 



6 ' 

6 ' 

7 ' 
7 ' 



5 " 
10 " 

3 " 



Height of Back. 



10 inches. 

10 

10 

10 



10 
10 
10 
10 



6 " 
II " 

4 " 
9 " 



10 
10 
10 
10 



6 " 
II " 

4 " 



10 
10 
10 
10 



Contents. 



5 ft. 5 in. 



6 ' 

7 ' 



5 
6 ' 

6 ' 

7 ' 



7 ' 

7 ' 

8 • 



7 

7 ' 

8 ' 



10 

3 



In figuring, add one inch to each finished edge. 

All the above Slabs are i^ i^^ch countersunk, with j4 backs, Italian Marble, drilled for 3 clamps, 
2 cock holes, and a raised place for chain-stay hole, which is not drilled unless ordered. All edges 
O. G. mould. All cut for 14 inch Basin. 



176 



NASON MANUFACTURING COMPANY, NEW YORK. 



IMPROVED DOUBLE BATH COCK.— No. 4^. 

WITH JEWEL CUP. 




FULLER PATTERN, 

Centre to Centre, 2}4 inches. 

Nickel Plated, each . 12.00 

This Bath Cock is provided with Union Joints, by means of which the body of the 
Cock may be detached and the working parts repaired without removing the rear connections. 



COMPRESSION DOUBLE BATH 
COCKS.— No. I. 

FOR HOT AND COLD WATER, WITH SPRINKLER 
AND RING CUP. 

Nickel Plated . Each, S.oo 




. DOUBLE COMPRESSION BATH 
COCKS.— No. 10. 

3}4 in- Centre to Centre. 
Nickel Plated Each, $5 . 50 




NASON MANUFACTURING COMPANY, NEW YORK. 



177 




COMPRESSION BASIN 
COCK.— No. I. 

With T Handle. 

Finished Per Doz. $18.00 

Nickel plated " 19.00 

Silver plated " 35.00 



COMPRESSION BASIN 
COCK.— No. 2. 

With Four-Arm Handle. 

Finished Per Doz. $20.00 

Nickel plated " 24.00 

Silver plated '' 36.00 




CHAIN STAYS. 




No. o. No. I. No. 2. No. 3. No. 4. 

Number 012 

Finished Per Doz. $2.00 2.00 3.00 

Nickel plated " 2.50 2.50 3.75 



3 

3 50 
4.25 



4 

5-50 
6.50 



178 



NASON MANUFACTURING COMPANY, NEW YORK. 



BALL=HANDLE FINISHED BIBBS. 





X-in. ys-in. Vz-in. }i in. ^-in. 1-in. l>^-in. l>^-in. 2-in. 
No. 1. Plain Bibb, finished, 

per doz $13.00 $15.00 $17.00 $20.00 $26.00 $39.00 $04.00 $90.00 $180.00 

No. 1. Plain Bibb, N. P., 

per doz 15.00 17.00 19.50 22.50 28.50 42.00 

No. 2. Hose Bibb, finished, 

per doz 19.00 22.00 28.00 42.00 .c 

No. 2. Hose Bibb, N. P., ' 

per doz 21.50 24.50 30.50 45.00 - 

BALL=HANDLE FINISHED BIBBS FOR IRON PIPE. 




X-in. 

No. 3. Plain for I. P., finished, per doz $15.00 

" " N. P.. " 17.00 

No. 4. Hose for I. P., finished, " 

i( ii MP " 

■*-^' ■'^ •> 




H-in. 


K-ia- 


ys-in. 


f4"-in. 


1-in. 


$17.00 


$19.00 


$22.00 


$28.00 


$42.00 


19.00 


21.50 


24.50 


30.50 


45.00 




21.00 


24.00 


30.00 


45.00 




23.50 


26.50 


32.50 


48.00 



PLAIN BIBBS. 



X-in. 




1-in. i^-iti- 1/^-in. 2-in. 



No. 6. Rough, per doz., $9.00 $11.00 $14.00 $16.00 $21.00 $32.00 $52.00 $72.00 $150.00 
No. 5. Finished, '' 10.00 12.00 15.00 18.00 24.00 36.00 60.00 84.00 170.00 
No. 5. N. P., " 12.00 14.00 17.50 20.50 26.50 39.00 

No. 5 is same list as formerly, and is used as basis. For all other Bibbs of this kind, i. e., I. P. or 

Hose End, etc., see next page. 



NASON MANUFACTURING COMPANY, NEW YORK. 



179 



PLAIN BIBBS FOR IRON PIPE. 





X-in. H-^n- ^-in. >i-in. }(-m. 1-in. IX-in. l:^-in. 2-in. 

No. 6. Rough, perdoz..$11.00 $13.00 $16.00 $18.00 $23.00 $35.00 $oo.00 $78.00 $160.00 

No. 6. Finished, per doz. 12.00 14.00 17.00 20.00 26.00 39.00 64.00 90.00 180.00 

No. 6. N. P., per doz... 14.00 16.00 19.50 22.50 28.50 42.00 

No. 7. Rough, per doz 18.00 20.00 25.00 38.00 60.00 84.00 170.00 

No. 7. Finished, per doz 19.00 52.00 28.00 42.00 68.00 96.00 190.00 

No. 7. N. P., per doz 21.50 24.50 30.50 45.00 

ROUGH STOP. ROUGH STOP AND WASTE. 

T- HANDLE RIVET BOTTOM. 





^-in. /^-in. )^-in. ^-in. 1-in. 

No. 8. Rough Stop, per doz $10.50 $12.50 $14.50 $18.50 $27.00 

No. 9. " " and Waste, per doz 12.50 14.50 16.50 20.50 30.00 



ROUGH STOP. 



ROUGH STOP AND WASTE. 



T=HANDLE, NUT AND WASHER. 





^-in. M-in. >^-in. ^-'m. 1-in. l^-i"- i/^-in. 2-in^ 

No. 10. Rough Stop, per doz... $11.00 $13.00 $15.00 $19.00 $28.00 $46.00 $64.00 $110.00 
No. 11. " " and Waste, 

perdoz 1300 15.00 17.00 21.00 31.00 5000 70.00 120.00 



i8o NASON MANUFACTURING COMPANY, NEW YORK. 



Rough Stop. Rough Stop and Waste. 

(T-HANDLE, NUT AND WASHER FOR LEAD AND IRON PIPE) 





^-in. >^-in. >^-in. H-in. 1-iu. l^^^-in. l>^-m. 2-m. 

No. 12. Rough, per doz $12.00 $14-00 $16.50 $20.50 $30.00 $48.50 $67.50 $115.00 

No. 13. " Stop and Waste, 

perdoz _ 14.00 16.00 18.50 22.50 33.00 52.50 73.50 125.00 



Rough Stop. Rough Stop and Waste* 

(T-HANDLE, NUT AND WASHER FOR IRON PIPE) 





ys-in. Vz-in. %-m. }i-\n. 1-in. IX-in. l^-in. 2-in. 
No. 14. Rough Stop, per doz.. $13.00 $15.00 $18.00 $22.00 $32.00 $51.00 $71.00 $120.00 
No. 15. Stop and Waste, per doz. 15.00 17.00 20.00 24.00 35.00 55.00 77.00 130-00 



Rough Stop. Rough Stop and Waste. 

(T=HANDLE, NUT AND WASHER FOR IRON PIPE) 




}i'h\. J^-in. %-\n. ^-in. 1-in. l^-in. l^^-in. 2-itl. 

No. 16. Rough Stop, per doz... $13.00 $15.00 $18.00 $22.00 $32.00 $51.00 $71.00 $120.00 
No. 17. '' " and Waste, 

perdoz 15.00 ^.00 20.00 24.00 35.00 55.00 77.00 130.00 



NA50N MANUFACTURING COMPANY, NEW YORK. 



i8i 



Lever Handle Stop. Lever Handle Stop and Waste. 

(FOR LEAD PIPE.) 





^^' '^' IS No. 19. 

it"- 

i 

X-in. y%-{n. yz-in. f^-in. X-in. 1-in. l^-in. l>^-in. 2-in. 
No. 18. Lever Handle, finished. 

per doz $18.50 $19.50 $22.00 $28.50 $42.00 $68.50 $95.50 $190.00 

No. 18. N. P., per doz 20.50 22.00 24.50 31.00 45.00 , 

No. 19. Lever Handle, finished, 

Stop and Waste, per doz 20.50 21.50 24.00 30.50 45.00 

Ko; 19. Lever Handle, N. P. 

Stop and Waste, per doz 22.50 24.00 26,50 33.00 48.00 

Lever Handle Stop. Lever Handle Stop and Waste. 

spring Bottom. (FOR LEAD PIPE.) Spring Bottom. 





y^-m. yz-'xn. %\n. ^ in. 1-in, \%-\n. 1>^ in. 2-in. 
No. 20, Lever Handle Stops, 

rough, per doz $12.00 $14.00 $16.50 120.50 $30 00 $48,60 $67.50 $115.00 

No. 20. Lever Handle Stops, 

finished, per doz.. 15.50 17,50 20.00 26.50 39.00 64.50 89.50 180.00 

No, 21, Lever Handle Stop and 

Waste, rough, per doz 14.00 16.00 18.50 22.50 33.00 52.50 73.50 125.00 

No. 21, Lever Handle Stop and 

Waste, finished, per doz.... 18.00 20.00 22.50 29,00 43.00 

Lever Handle Stop. Lever Handle Stop and Waste. 

N. & W. (FOR LEAD PIPE.) N. & W. 





y^-iu. ;^-in. >i-in. H-in. 1-in. \]4-\n. ]>^-in. 2 in. 
No. 22. Lever Handle Stops, 

rough, per doz $12.00 $14.00 $16.50 $20.50 $30.00 $48.50 167.50 $115.00 

No. 22. Lever Handle Stops, 

finished, per doz 15.50 17.50 20.00 26.50 39.00 64.50 89.50 180.00 

No. 23, Lever Handle Stop and 

Waste, rough, per doz .., . 14.00 16.00 18.50 22.50 33.00 52.50 73.50 125-00 
No. 23, Lever Handle Stop and 

Waste, finished, per doz. .. . 18.00 20.00 22.50 29.00 43.00 



l82 



NASON MANUFACTURING COMPANY, NEW YORK. 



Lever Handle 5top, Lever Handle Stop and Waste. 

(NUT AND WASHER FOR LEAD AND IRON PIPE) 





}i-in. M-in. >^-in. K'in. 1-iu. 1^4^ -in. l)^-in. 2-in. 

No. 24. Rough, per doz $13-00 $15-00 $18.00 $22.00 $32.00 $51.00 $71.00 $120.00 

No. 25. Stop and Waste, per doz. . 15.00 17.00 ^' "" " " "" "" -••>/^ /wv 



20.00 24.00 35.00 55-00 77.00 130.00 



Lever Handle Stop. Lever Handle Stop and Waste. 

(N. AND W. FOR IRON PIPE) 





No. 26. 
No. 26. 

No. 27. 
No. 27. 



H-in. 'A-in. ^-in. K-i"- l-i°- i'X-irx. Wz-in. 2-in. 

Rough, Stop, per doz $14-00 $16.00 819.50 $23-50 $34.00 $53.50 $74-50 $125 00 

Finished, per doz 17-50 1950 23.00 2950 43.00 - -. 

Rough. StopandWaste,perdoz. 16.00 18.00 21.50 25-5a 37.00 57 50 80 50 135.00 
Finished, per doz. 19-50 2150 25.00 31-50 46. CO .. 



Lever Handle. Finished Stops, or Stop and Wastes with Spring Bottom, same price as Nut and Washer. 

Lever Handle Stop. Lever Handle Stop and Waste. 

(SPRING BOTTOIVI FOR 1. P.) 





No. 28. 
No. 28. 
No. 29. 
No. 29. 



Finished, per doz $20-50 

N. P.. per doz 22.50 

Finished, per doz 22-50 

N. P.. " .- 24.50 



K-in. 


K-in. 


54: -in. 


1-in. 


$21 50 


$25.00 


$31.50 


$46-00 


24. 00 


27.50 


34 00 


49.00 


23.50 


27.00 


33-50 


49.00 


26.00 


29.50 


36.00 


52 00 



NASON MANUFACTURING COMPANY, NEW YORK. 



183 



Lever Handle Stop. Lever Handle Stop and Waste. 

(N. AND W. MALE AND FEMALE I. P.) 





>^-in. >^-in. f^-in. ?^-in. 1-in. IJ^-in. l>^-in. 2-in. 

No. 30. Rough, per doz... $14. 00 $16.00 $19.50 $23.50 $34.00 $53.50 $74.50 $125.00 

No, 31. Rough, per doz... 16.00 18.00 21.50 25.50 37.00 57.50 SO. 50 135.00 
Above with Spring Bottom, same list as Nut and \Vasher. 



Round=Way Stop. 



Round=Way Stop and Waste. 

(FOR LEAD PIPE.) 





;4-in. >i-in. ^-in. 1-in. IX-in- l>^-in. 2-in. 

No. 32. Rough vStop, per doz.... $17. 00 $20.00 $25.00 $44.00 $70.00 $100.00 $180.00 
No, T,^. Rough Stop and Waste, 

per doz 19.00 22.00 27.00 47.00 74.00 106.00 190.00 

Round=NVay Stop. Round=Way Stop and Waste. 

(FOR LEAD AND IRON.) 





l^-in. ^-in. Ji^-in. 1-in. IX in. l>2-in. 2-in. 

No. 34- Rougli Stop, per doz.... $18. 00 $21.50 $26.50 $46.00 $72.50 $103.50 $185 00 
No. 35. Rough Stop and Waste, 

pet doz 20.00 23.50 28.50 40.00 76.50 109.50 195-00 



184 



NASON MANUFACTURING COMPANY, NEW YORK. 



Round=Way Stop. Round-Way Stop and Waste. 

(FOR IRON PIPE.) 





M-in. 



23.00 



^-in. l-in. l!4^-in. l>2-ia. 2-in. 



No. 3<i. Rough Stop, per d07, $19 . 00 $23 . 00 $28 . 00 $48 .00 $75 . 00 $ 107 . 00 $190 . 00 

No. 37./ " •' and Waste, per doz. 21.00 25.00 30-00 61.00 79.00 113.00 200.00 

Round = Way Stops ♦'Minneapolis Pattern." 
(NUT AND WASHER BOTTOM, ROUND WAV) 





No. 38. 

No. 38. 
No. 39. 



For Lead Pipe, per doz $21 .00 $26.00 

'• *• and Iron Pipe, per doz 22.00 27.50 

♦V. Iron Pipe, per doz 23.00 29:00 

For Iron Pipe, Male and Female End, same price as No. 39. 

Hydrant Cocks. 

(NUT AND WASHER, STRAIGHT WAV) 




$29.50 
31.00 
32.50 




l-in. 

$50.00 
52.00 
54.00 



i.£-in. 



3^-in. ^8"^"- i^-in. i-in. i 

No. 40. For Lead and Iron Pipe, rough, per doz $20.00 $23.50 $28.00 $39.50 $61.50 

No. 41. For Iron Pipe, rough, per doz 2100 25.00 29.50 41.50 64.00 

Both Ends Lead Pipe, rough, per doz 19.00 22.00 26.50 37.50 59.00 

Rivet Bottom Hydrant Cocks. 

i/^-in. 

Rivet Bottom, Both Ends Lead Pipe, per doz.. $18.50 

Iron " " 20.50 

Lead and Iron Pipe, " 1950 



•>8-in. 


3i-in. 


i-in. 


$21.50 


$26.00 


$36.50 


24.50 


29.00 


40.50 


23.00 


27.50 


3S.50 



NASON MANUFACTURING COMPANY, NEW YORK 



185 



ROUND=WAY HYDRANT COCKS. 

(NUT AND WASHER) 





K-in. %-in. ^-in. i-in. i^*^"' 

No. 42. For Lead and Iron, per doz $24.00 $28.50 $34.00 $55.50 $85.50 

No. 43. For Iron Pipe, per doz 25.00 30.00 35-50 57-50 8800 

Both Ends Lead Pipe, per doz 23.00 27.00 32.50 53-50 83.00 

Round=Way Stop. Round=Way Stop and Waste* 

(LEVER HANDLE) 





yz-in. >s-in. ^-in. 1-iu. I'/^-in. l^^-in, 2-in. 

No 44 Rough Stop, per doz $18-00 $21.50 $2G.50 $4G.0O $72.00 $103 50 $185.00 

1^0.4.5. '• " and Waste, per doz. 20.00 2350 28.50 49.00 76 50 109.50 195.00 

Round=Way Stop. Round=Way Stop and Waste. 

(LEVER HANDLE) 





;^-in. >^-in. >4^-in. 1 in. ]/4'-in. i;^ in. 2-iii. 
No. 46. Rough Stop, Lead and Iron, per 

^Q2 $19.00 $23.00 $28.00 $48.00 $75.00 $107-00 $190.00 

No 47. Rough Stop and Waste, Lead and 

'iron, per doz i^'1-00 25.00 30.00 51.00 79.00 113.00 200.00 



136 



NASON MANUFACTURING COMPANY, NEW YORK. 



Round = Way Stop. Round = Way Stop and Waste. 

LEVER HANDLE. 





}^ H-in. %An. 1-in. IX-in. 154-in. 2-in. 

No. 48. Rough Stop, Iron Pipe, 

perdoz $20.00 $2450 $29.50 $50.00 $77.50 $110.50 $195.00 

No. 49. Rough Stop and Waste, 

Iron Pipe, per doz. , 22.00 26.50 31.50 53.00 81.60 116.50 205.00 

Round=Way Stop. 

(«*H" PATTERN) 






K-in. 

No. 50. Rough Stop, per doz $12.00 

No. 50. " " and Waste, per doz 14.00 

No. 51. " '' L. H. per doz 13.00 

No. 51. " '' and Waste, L. H. per doz 15 00 

Corporation Stops to drive into Main. 



miMiiiiii!''!!' ^ m\ 






tlJSU 




S^-in. 


^-in. 


1-in. 


$17.00 


$18 00 


$30.00 


19.00 


20.00 


33.00 


18.50 


19 50 


32.00 


20.50 


21.50 


35.00 



>^-in. 

No. 52. For Iron Pipe, per doz $21 .00 

No. 53. " " withEelGuard, perdoz. 23.00 

Corporation Stops. 

(For riueller Tapping flachine.) 

;^-in. 

No. 54. Male for Iron Pipe, per doz $13.20 

No. 65. With Straight or Bent Couplings, per doz 16.20 

Corporation Stops. 

(For Payne Tapping Machine.) 

>^-in. 

No. 56. Male for Iron Pipe, per doz $16.00 

No. 57. With Straight or Bent Couplings, perdoz 19.00 



>^-in. 


H-irx. 


1-in. 


IX-in. 


$25.00 


$35.00 


$56 00 


$110.00 


27.00 


37.00 


60.00 


115. 00 



)^-in. 


¥-in. 


1-in. 


$16.80 


$25.20 


$40.20 


20.40 


30.00 


46.20 


^-in. 


^-in.- 


1-in. 


$20.00 


$29.00 


$46.00 


23.00 


34.00 


53. 00 



NASON MANUFACTURING COMPANY, NEW YORK. 



187 



COMPRESSION BIBBS. 





>i-in. >^-in. >^-in. ?^-in. 1-in. IX-in, l>^-in. 2-in. 

No. 58. Finished, per doz $10.00 $11.00 $13.00 $18.00 $34.00 $52.00 $80.00 $160.00 

No. 58. N. P., " 12.00 13.00 15.00 20.50 37.00 

No. 58. Rough, " 9.50 10.50 12.00 17.00 30.00 44.00 68.00 140.00 

No. 59. Finished, " 12.00 13.00 15.00 20.00 37.00 56.00 86.00 170.00 

No. 59. N. P., " ....... 14.00 15.50 17.50 22.50 40.00 

No. 59. Rough, " 11.50 12.50 14.00 19.00 33.00 48.00 74.00 150.00 





y& in. 

No."60. Finished, per doz $)2.00 

No. 60. N. P., " 14.00 

No. 60 Rough, '' 11.50 

No. 61. Finished, " 14.00 

No. 61. N. P., •' 16 00 

No, 61. Rough, ••• 13.50 



$13.00 
15. 50 
12.50 
15.00 
17 50 
14.50 



%-in. 



M-in. 1-in. IX-in. 
$15 00 $20.00 $37 00 $56.00 



I'A-'m. 2-in. 
$86 00 $170.00 



17 50 
14 00 
17 00 
19.60 
16.00 



22.50 
19.00 
22. 00 
24.50 
21.00 



40 00 
33.00 
40.00 
43.00 
36.00 



48.00 
60 00 



74 00 
92.00 



150.00 
180.00 



52.00 80 00 160.00 



Compression Wash Tray Bibb, Flange and Thimble. 




No. 65. 



No. 65. Finished, per doz , 
No. 65. N. P., per doz... 



$17.00 
20.00 



X2 

$19.00 
22.50 




$22.00 
25.50 



$30.00 
34.00 



1 

$53.00 
57.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



COMPRESSION WASH TRAY BIBBS. 





For Lead Pipe. 



For Iron Pipe. 



i/^-in. %-in. ^-in. ^^-in. 5g-in. ^^-in. 

No. 66. Fin., per doz. -$i2.oo 14.00 19.00 No. 67. Fin., per doz.. .$14. 00 16.00 21,00 
No. 66. N. P., " -- 14.50 16.50 21.50 No. 67. N. P., '* .. 16.50 18.50 23.5c 

COMPRESSION BIBBS WITH FLANGE FOR IRON 

PIPE. 




^-in. ^8"i^- M"'"- i"^n- 

Finished, per doz ---$16.00 i7-50 25.00 46.00 

N. P,,perdoz --- 18.50 20.00 27.50 49.00 

Add for Hose End _ .- 2.00 2.00 2.00 300 

COMPRESSION WASH TRAY BIBBS, FLANGE AND 

THIMBLE. 




Plain Bibb. 

Sizes 3^^ 

Plain Bibb, Finished, per doz $16.00 

" N. P., " 19.00 

Hose Bibb, Finished, per doz.. 18.00 

'' N. P., '' 21.00 








H 


osE Bibb. 




18. CO 

21.50 


/8 
21.00 

24-50 




28.00 
32.00 


I 
51.00 

55-00 


20.00 
23- 50 


23.00 
26.50 




30.00 
3400 


54.00 
58.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



189 



COMPRESSION 5ILL COCK. 





No. 72A. 



No. 72. Finished, per doz $22.00 

No. 72. N. P., per doz , 25.00 

No. 72A. Finished, per doz 25.00 

No. 72A. N. P., per doz 29.00 



$2i.00 
27.00 
30.00 
34.00 



COMPRESSION STOPS. 





f^-in. yz-in. f^-in. ^4-in. l-in. V^-in. V/z- 

No. 73. For Lead Pipe, finished, per doz ...... .$11.00 $12- CO $14.00 $22. 00 $36 00 $56. GO $96 

No. 73. " " N. P., " 13.00 14.50 16.50 24.50 39.00 

No 73. '^ *' rough, *' 10.50 11.50 13.00 21.00 32.00 48.00 84 

No. 74. " and Iron Pipe, finished, per doz. 12 00 13.00 15 09 23.00 38. CO .. 

No. 74. " " *' N. P., •' 14 00 15.50 17.50 25 50 41.00 ..... .. 

No. 74. " " " rough, " 11.50 12.50 14 00 22.00 34.00 



in. 

oa 
00 



COMPRESSION STOP FOR IRON PIPE. 




y%-m. J4-in. >i in. M'in- l-i°- IX'i^- l>i-in. 

Finished, per doz $13.00 $14 00 $16.00 $24 00 3^40.00 $60.00 $102.00 

N P. per doz 15.00 16 50 18.50 26 50 43.00 

Rough, per doz . . . ..... 12.^0 1350 15.00 23.00 36.00 52.00 90.00 

Note— Add forStuflfing Box to regular list, as formerly, viz: >i-in.,$2.00; '/^-in., $2.00; >i -in., $2.00; 

34 -in,, $3 00; 1 in., $4. 00. 



iqo 



NASON MANUFACTURING COMPANY, NEW YORK. 



COMPRESSION STOP AND WASTE* 

(WITH STUFFING BOX.) 




Rough for Lead Pipe, per doz $15.00 

Finished " " " 

N. P., •' •^ " 

Add for (1) one Iron Pipe End 1.00 

(2) two *' '' Ends , 



'A-in. 


>^-in. 


X-in. 


1-in. 


$15.00 


$18.00 


$25.50 


$42.00 


16.50 


19.50 


27.00 


44. 00 


19.00 


22.00 


29.50 


47.00 


1.00 


1.00 


1.00 


2.00 


2.00 


2.00 


2.00 


4.00 



COMPRESSION STOPS WITH LOOSE KEY. 





}i-m. >^ in. ^-in. 

No. 77. For Lead Pipe, finished, per doz. $18.00 $20.00 $28 00 

No. 77. " ♦' N. P., " 20.50 22.50 30.50 

No- 77. '' "■ Rough, '• 17.00 19.00 29.00 

No. 78. For Iron Pipe, finished, ** 20.00 22.00 31.00 

No. 78. " " N. P. «« 22.50 24.50 33.50 

No. 78. ♦* '' Rough. ** 19.00 21.00 30.00 

Above prices include three Handles tb the dozen Stops. 



1-in. 
$44. OO' 
47.00 
40.00 
48.00 
51.00 
46. 00 



NASON MANUFACTURING COMPANY, NEW YORK. 



FULLER BIBBS. 



191 




FULLER PLAIN BIBBS FOR IRON PIPE. 

Size, inches --. K f^ M i 

Finished, per doz $21.00 24.00 30.00 40.00 

Nickel Plated, per doz 25.00 28.00 36.00 50.00 

FULLER PLAIN BIBBS FOR LEAD PIPE. 

Size, inches. -- % % % i 

Finished, per doz |i8 00 20.00 26.00 36.00 

Nickel Plated, per doz 22.00 24.00 32.00 46.00 




FULLER HOSE BIBBS, IRON PIPE. 

Size, inches % % % ^ 

Finished, per doz $24.00 28.00 34.00 44.00 

Nickel Plated, per doz -- 2».oo 32.00 40.00 54.00 

FULLER HOSE BIBBS FOR LEAD PIPE. 

Size, inches. K % % i 

Finished, per doz $21.00 2400 30.00 40.00 

Nickel Plated, per doz 25.00 28.00 36.00 5000 



ig- 



NASON MANUFACTURING COMPANY, NEW YORK. 



DOHERTY SELF-CLOSING WORK. 




Self-Closing Plain Bibbs, for Lead Pipe. 



Size 


1/ SX, 3/ 




Finished 

Nickel Plated. 


.per doz. $24.00 27.00 33.00 
28.00 31.00 38.00 




Self-Clostncr Ribbs, screw on tail iron pipe. 

Size %~ H K~ 

Finished per doz. $28. 00 31.00 37.00 

Nickel Plated. . . " 32.00 35.00 42 00 




Self-Closing Plain Bibbs, for Iron Pipe. 



Size. 



Finished per doz. $28. 00 31.00 37.00 

Nickel Plated. . . " 32.0035.0042.00 




Self-Closing Hose Bibbs, for Iron Pipe. 



Size. 



Finished per doz. $31. 00 34.00 39.00 

Nickel Plated, .. " 35.0038.0044.00 



SELF-CLOSING PLAIN BIBBS. 




Flange and Thimble. 



Telegraph Handle. Screwed for Iron Pipe. 

Size inches y% Yz y% }( 

Finished. .. .per doz. 16. co 18.00 21.00 28.00 Finished. ...per doz. 22.00 26.00 30.00 42.00 

Nickel Plated, " 18.00 20.50 23.50 30.50 Nickel Plated, " 24.00 28.50 32.50 44.50 



Size. 



.inches ^ K f^ 



'4 



NASON MANUFACTURING COMPANY, NEW YORK. 



192A 





BOSTON SELF-CLOSING 
BASIN COCK. 

Finished Per Doz. $42.00 

Nickel Plated " 48.00 



BOSTON SELF-CLOSING 
PANTRY COCK. 

Finished Per Doz. $54.00 

Nickel Plated " 64.00 




DOHERTY SELF-CLOSING 
BASIN COCK. 

Finished Per Doz. $42.00 

Nickel Plated -. ' 48. 00 




ROUGH BRASS COMBINA- 
TION WASH TRAY WASTE. 

i}4 inch for 2 Wash Trays $465 

iK " 3 " ---- 6.25 

2 "2 " 6.50 

2 "3 " - 9-75 






ROUGH BRASS TRAPS FOR COM- 
BINATION WASH TRAY WASTE. 

Without Vent. ij^ inch S Trap. 2 inch S Trap. 

Each $3 00 $5-50 

Without Vent. i^ inch ^ S Trap. 2 inch i^ S Trap. 

Each $2.25 $4 so 

With Vent. IJ^ inch S Trap. 2 inch S Trap. 

Each $4.00 $6.50 

With Vent. 1 1/^ inch J^ S Trap. 2 inch % S Trap. 

Each $4-oo $6.50 



CONNECTED WASTE AND OVERFLOW. 

1% inch Brass N. P. Bath Tub Overflow and Waste, con- 
nection with Ell Top $3 50 

i^g inch Brass N. P. Bath Tub Overflow and Waste con- 
nection with Ell Top, with Tee and Clean-Out Plug.. 3.60 



I92B 



NASON MANUFACTURING COMPANY, NEW YORK. 



LYONS-FULLER BASIN COCK. 




This cock can be used either right or left by removing the bibb and plug 
and replacing them on the proper side, adjusting them by means of a lock- 
nut, which is used also for preventing the bibb from leaking. 

In this cock the construction of the valve is such as to insure entire free- 
dom from "hammering" or "rattling." 

An eccentric stem, in two parts, insures a positive seating of the valve at 
all times and a consequent freedom from leakage. 

The valve being encased, is not exposed to water flowing through it, 
which insures the greatest possible durability. 



Nickel Plated, per doz. ^30.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



193 



LEAD PIPE. 

SHEET LEAD, weight per square foot, pounds, 2%, 3, 3>^, 
4, 4j^, 5, 6, 8, 9, 10 and upwards. 

Lead Pipe or Sheet Lead cut to any lengths. 

Lead Pipe and Sheet Lead furnished at lowest prices current 
at time of purchase. 




Inside Diameter. 



AAA, weight per foot, lbs. , oz. 

AA, 

A, 

B, 

C, 

D, 

E. 



Vi 



H 



1-12 


3- 


I- 8 


2- 


I- 4 


1-12 


I- 


I- 4 


-12 


I- 


-10 


-12 




- 9 



3- 8 
2-12 
2- 8 
2- o 
I- 8 
I- o 
-12 



3/ 



4-12 
3- 8 
3- o 
2- 4 
1-12 
I- 4 
I- o 



6- o 
4-12 
4- o 

3- 4 
2- 8 
2- o 

I- 8 



6-12 
5-12 
4-12 
3-12 
3- o 
2- 8 
2- o 



7- 8 
6- 8 
5- o 
4- 4 
3- 8 
3- o 



13/ 



10- o 

8- 8 
7- o 
6- o 
5- o 
4- o 



11-12 
9- o 

8- o 
7- o 
6- o 
4-12 



LEAD WASTE PIPE, 1% and 2 inch, 2 and 3 lbs.; 3 inch, 3^^ and 5 lbs.; 2% inch, 4 

lbs. ; 4 inch, 5, 6 and 8 lbs, per foot. 

TABLE SHOWING THE WEIGHT OF PIPE WHICH SHOULD BE USED FOR 

A GIVEN HEAD OF WATER. 



Head or number 


Pressure per 
square inch. 


CALIBRE AND WEIGHT PER FOOT. 


of feet fall. 


Letter. 


^ inch. 


yi inch. 


yi inch. 


/ inch. 


I inch. 


i/in. 


30 feet. 


15 lbs. 


D 


ID oz. 


3/ lb. 


I lb. 


I /lbs. 


2 lbs. 


2^ lbs. 


50 " 


25 " 


C 


12 " 


I " 


i>^lbs. 


13/ " 


2^ - 


3 " 


75 " 


38 " 


B 


I lb. 


I /lbs. 


2 " 


2/ " 


3X " 


3H " 


100 " 


50 " 


A 


I /lbs. 


1/ " 


2% " 


3 


4 


43/ " 


150 " 


75 " 


AA 


i^ " 


2 


2/ " 


VA " 


43/ " 


5^^ " 


200 " 


100 " 


AAA 


13/ " 


3 


^Vz " 


4^ " 


6 " 


6/ - 



BLOCK TIN PIPE, % inch, 4, 41^, (i% and 8 oz.; 1^ inch, 6, ^% and 10 oz. ; % inch. 8 and 

10 oz. ; ^ inch, 10 and 12 oz. ; i inch, 15 and 18 oz.; 1 3^ inch, i34* 
and T^ lbs.; i^ inch, 2 and 2^^ lbs. ; 2 inch, 2i^and 3 lbs. per foot. 

THE '^DU BOIS" LEAD PRAPS. 





SHORTBEND LONG BENtD 





Weight of Lead in lbs. per I 
running foot. f 

Size Trap, in 

FullS 

•MS 

1^ S or P 

Running ........ , . . . 

Running Y 

Bag 

Long Bend . . 

Short Bend 



Standard (Lightest) Weight 



1% 
lbs. 



■ 56 

• 51 
•49 
•43 

46 
.64 

• zq 
•23 



lbs. 



.64 
•58 
•56 
•51 
•54 
•75 
•36 
.29 



3 ,5 
lbs. lbs. 



5^ 
lbs. 



2.03 2.26 
1.97 2.08 
1.67 1 .76 
1.56 I 61 
88I1.84 2.05 
26,2.55 3.20 
58 I . 07 I . 32 
43 .831.01 



lbs. 



4V6 



3-73 
3 65 

2-93 
2.87 

3-67 
5^25 
2.20 
1.85 



s 

2 


pecial(Med.) W't, 


% 


3 


4 


6 


lbs. 


lbs. 


lbs. 


lbs. 


ii^ 


M 


2 


4 


.78 


.86 


1-34 


2.48, 




70 


•78 




24 


2-33 




68 


.72 




15 


1.92 




61 


.69 




03 


1.80 




bb 


•75 




12 


2.31 




90 


1.03 




64 


3-47 




46 


•53 




77 


1.47 




35 


.41 




56 


1. 12 



Extra Heavy Weight. 



2^ 13^^ 
lbs, lbs. 



•05 
.96 
.91 

• 83 

.88 

24 

.64 

•51 



4M 
lbs. 



1.58 
1.46 

1-35 
1. 19 
1 .30; 

1-94 
.92! 

•65! 



5 
lbs. 



6 
lbs. 



lbs. 



lbs. 



65 2.36 3 38 4.6s 
.53 2.26 3.08 4. 4f 
•42 I -9512.57 3-6» 
.27 1.78:2 42 3.57 
38 2.19 3. C5 4 47 
3.05 4.72 6.4s 
1. 24 I 93 2.781 
.94' I. 47 2.14 



2.01 

■95 
.70 



194 



NASON MANUFACTURING COMPANY, NEW YORK. 



FLEXIBLE RUBBER WATER CLOSET CON 

NECTIONS. 






No. 3. 



No. 4. 



No. 4-A. 




No. 6. 




No. 6-A. 




No, 9. 



No. 10. 



No. II. 



No. 12. 



lain 






iUa Bi miiiiii— nil 

No. 17. Nos. 18 and 19. Nos. 20, 21, 22 and 23. 

Ko. 3 $ 8.25 Per Doz. 

" 4, full length 4 inches from face to back , lo.oo " '* 

*' 4-A, full length 5 inches from face to back , 1 1 ,00 " " 

'* 6, for 2-inch vent, to slip over 2" lead pipe 15.00 " " 

'* 6-A, for 2-inch vent, to slip over i}^" iron or lead pipe 15-00 " '' 

" 6-AA, for ij^-inch Syphon Supply , 15.00 " " 

" 7, for iJ4 Supply 7.00 " *' 

" 7-A, for i|^'" Syphon Jet, to slip over.ij^" lead or bras-, pipe 9.00 " '* 

8, for 2" vent, to slip over 2" iron or lead pipe 14.00 " " 

" g, Syphon jet connection. Interchangeable R. and L. to centre of closet. All rubber, iJ4") $18.50 

per dozen. iV^" 24.00 " ' 

Nos. "xo and 11, R. and L. in one piece (as shown). All rubber. 1"o offset to centre of closet. i}4"i 

$15 00 per dozen. iV^" 18.00 " " 

No. 12, 45° Elbow, i^", $9.00 per dozen. 1]/^'' 12.00 "■ " 

" 17, Offset connection 3!^ C. to C. Nickel plated. With patent flexible socket for flush pipe and 

rubber connection to closet. i]/^'\ $30.00 per dozen . i%" 36.00 ' ' '^ 

" 18, Offset 3!/^'' from centre to centre, z}4'' 12.50 " " 

" 19, " '■ »' - ". " ;)^" 16.00 " " 

Nos. 20, 21, 22 and 23, with telescoping and interchangeable connection to make R. and L. connection as 
desired. With patent flexible joints at both ends.as in other fitting, Nickel-plated. No. 20, iJ4" 
offset, $35.00 per dozen; No. 21, i]/^" offset, $40.00 per dozen- No. 22, i|4" 45°» SsS-oo per dozen; 

No. 23, 1I4" 45° 40.00 " " 



NASON MANUFACTURING COMPANY, NEW YORK. 



195 



BRASS FERRULES. 

STRAIGHT, FOR LIGHT OR EXTRA HEAVY SOIL PIPE. 




Size, inches 


2 


3 


4 


5 


6 


Per doz 


....$5.00 


IC.OO 


13.00 


27.00 


36.00 



STRAIGHT REDUCING FERRULES. 

FOR LIGHT OR EXTRA HEAVY PIPE. 



Inches inside Dia. 
Per dozen 



2Xll^ 2Xll^ 2l^X2 2%Xl}4 2%X2y^ 2%X2% 

$5.00 6.00 7.00 g.oo 9.00 8.50 



Inches inside Dia. 
Per dozen 



3x11^ 3x234 31^x3 3^2x3!^ 43^x4 4HmH 

-$ii.oo 11.00 12.00 13.00 16.00 16.50 





STRAIGHT FERRULES WITH HUB. 

FOR LIGHT PIPE. 



Inches inside Dia 


2 


3 


4 






Per dozen 

Extra Heavy, Extra Long 


Ig.co 

II. CO 


13.00 


16.00 
20 00 



TRAP SCREW FERRULES, 

FOR LIGHT AND EXTRA HEAVY PIPE. 



Size, inches 


2 


3 


4 


5 


6 


Per dozen •_ . 

Extra Heavy, per dozen. 


-$10.00 
- 15.00 


15-00 
25.00 


24. GO 

35 00 


50.00 
54- 00 


6g.oo 
72. CO 





EIGHTH BEND FERRULES. . 

FOR LIGHT PIPE. 

With Plain End. With Hub End. 

No 48 49 50 51 52 53 

Inches inside Dia _ . 2 3 4 23 4 

Length 3i| 311 3% 3W 3ii 3}i 

Per dozen $g.co 13.50 18.00 9.50 14.50 ig.oo 



196 



NASON MANUFACTURING COMPANY, NEW YORK. 



CAST IRON PIPE AND FITTINGS. 



SUITABLE FOR SEWER, DRAIN,. WATER AND SMOKE. 




Diameter of Pipe 2 

Pipe, Single Hub, per foot 24 

" " " extra heavy, .35 



Single Hub. 














3 4 5 


6 


7 


8 


10 


12 


15 


.30 .40 .50 


.60 


1.00 


1-25 


2.00 


3.00 


4.50 


55 -75 1.00 


1.20 


1-75 


2.25 


3.00 


4.00 







Double Hub. 

Diameter of Pipe 2 3 4 5 6 7 8 10 

Pipe, Double Hub, per length, 5 feet 1.50 1.80 2.30 2.80 3.30 5.75. 7.25 13.00 

extra heavy. 2.05 3.05 4.05 5.30 6.30 9.75 12.75 iS.oo 

Size 23 456 7 8 10 12 

Quarter Bends .40 .55 .75 i.oo 1.20 2.25 3.00 4.00 6.00 

Quarter Bends, ) 
extra heavy, f "" 




.50 .70 1. 10 1.35 1.75 3.00 4.00 5.00 8.00 



Quarter Bends with 2-inch inlet, 50c.; 3-inch, 50c.; 4-inch, 50c. each extra. 



Size -.- 2 

Long Bends, 18 inches .80 

18 " extra heavy, i.oo 



3 


4 


5 


1. 10 


1.50 


2.25 


1.80 


2.25 


3.00 





Size 2 3 

One-fifth Bends .. .40 '^^ .55 

" extra heavy .. ,50 70 



4 

•75 
1. 10 



5 6 

I.oo 1.20 
1-35 1-75 



Size 2345 

One-Sixth Bends .40 ,55 .75 1,00 

extra heavy .50 .70 1.10 1.35 





Size. 



10 



One-eighth Bends. 
One eighth Bends, 
extra heavv 



•40 -55 -75 I.oo 1.20 2.25 3.00 4.00 6.00 
.50 .70 1. 10 1.35 1.75 3.00 4.00 5.00 8.00 



Size. 



5 



10 



12 



One-sixteenth Bends . . .40 .55 .75 i.oo 1.20 2.25 3.00 4.00 6.00 
^^'etrfh^avf "'^' h° ■'° '• " '-SS .-75 3-00 4.<x. S-OO 8.00 




NASON MANUFACTURING COMPANY, NEW YORK, 



197 



CAST IRON PIPE AND FITTINGS.— Continued. 
CAST IRON OFFSETS.— Standard. 



Sizes. 




Offsets, 


to 


offset 2 inches 
4 " 






6 " 






8 " 






10 " 

12 " 






14 " 






16 " 






18 " 
20 " 



50.40 

-50 
.60 
.70 
.80 

.85 

1. 00 

115 

1-25 

1.40 



$0 



75 
80 

90 

95 
00 

25 
40 

50 

75 




51.40 
1.60 
1.80 
1.90 
2.00 



2.40 



$2.00 
2.25 
2.40 
2.60 
2.75 



CAST IRON OFFSETS.— EXTRA HEAVY. 



Sizes 



Offsets to offset 2 inches. 

4 
6 



10 
12 

14 
16 
18 
20 



60 
90 
00 
10 
20 
25 
45 
60 

75 
95 



?I.IO 

1.20 

1-35 
1.40 

1-45 
1 .70 
1.90 
2.00 
2.25 



pi.20 
125 
1.40 
1.50 
1.60 
1.80 
2.00 
2.25 
2.80 
3.00 



^1.80 
2.00 
2.25 
2.40 
2.50 



3 00 



$3.00 
3-25 
3-50 

3-75 
4.00 



OFFSETS WITH 2-INCH OUTLET, 











Extra 
Heavy. 






Extra 


jSiSa 


Heavy. 


IHP4 


inc 


1 to offset 4 


inch. ..$1.35 


$1-75 


4 inch to offset 14 


inch $2.15 


$2.50 


HV^ 4 


'* 


" 6 


•' ... 1.50 


1.90 


.4 " *' 16 


" 2.30 


2.75 


mr 4 


< < 


" 8 


" ... 1.65 


2.00 


4 '' " 18 


" ---- 2.55 


3,20 


if 4 


< c 


" 10 


" --- 1-75 


2.10 


4 " " 20 


" 2.75 


4.00 


i 4 


it 


" 12 


" . - - 1 . 90 


2.30 









CAST IRON TRAPS. 




Full S Trap, 



Half S Trap, Three-quarter S Trap and Running Trap. 

With or Without Hand Hole and Covers. 



Sizes 2 

Standard $0. 80 

Extra Heavy 1.25 



3 


4 


5 


6 


7 


8 


1.25 


1-75 


3.00 


4.00 


7.00 


9.00 


2.00 


2.75 


4.00 


5 50 


9.00 


12.00 



10 



20.00 



30.00 



S, HS AND %S TRAPS.— With one 2-inch Top Vent or Side Inlet. 



Sizes 

Standard 

Extra Heavv 



2 


3 


4 


5 


7 


6 


8 


$1.30 


1-75 


2.25 


3-50 


4-50 


7.50 


9-50 


1-75 


2.50 


3.25 


4-50 


6.00 


9- 50 


12.00 



igS 



NASON MANUFACTURING COMPANY, NEW YORK. 



CAST IRON TRAPS.— Continued. 





S, HALF S AND THREE-QUARTER S TRAPS, 
With one 3-iiich Top Vent, or Side Inlet. 

Sizes 3 45678 

Standard $1.85 2.35 3.60 4.60 7.60 9.60 

Extra Heavy 2.60 3.35 4.60 6.10 9.60 12.60 

S, HALF S AND THREE-QUARTER S TRAPS, 
With one 4-inch Top Vent, or Side Inlet. 

Sizes 45678 

Standard $2.50 3.75 4-75 7-75 9-75 

Extra Heavy 3-50 4-75 6.25 9.75 12.75 

RUNNING TRAPS, with Hub for Vent. 

Sizes 2345 6 7 8 10 12 

Size Vent 2344466 66 

Standard $1.30 1.85 2.50 3.75 4 75 7.75 9-75 20.00 30.00 

Extra Heavy 1.75 2.60 3.50 4.75 625 9.75 12.75 2200 32.00 



RUNNING TRAPS, with Hubs for Double Vent. 

Sizes 23456 7 8 10 12 

Size Vent ..- 23 444 6 66 6 

Standard $1.80 2.45 3.25 4.50 5.50 9.00 11.00 21.00 31.00 

Extra Heavy 2.25 3.20 4.25 5.50 7.00 12.00 14.00 23.00 33.00 





TRAPS, with Hand Hole, Cover and Outlet. 

Standard. Extra Heavy. 

4-inch S Trap . $2.25 $3.25 

4-inch 3^ S Trap.. -- 2.25 3.25 

4-inch 3^ S Trap 2.25 3.25 



Y BRANCH RUNNING TRAP. 

Diameter of Pipe 4 5 

Extra Heavy $4.00 5.50 




LONG HALF S TRAP, no Hand Hole. 

4-inch, 1 5 inches long --- Each, $2.25 

4-inch, 18 " " " 2.40 

4-inch. 24 " " - -•- " 2.75 



NASON MANUFACTURING COMPANY, NEW YORK. 



199 



CAST IRON PIPE AND FITTINGS. — Continued 
2 3 




Size 

Double Hub, Quarter Bends 

" " " extra heavy 



4 5 6 

,70 .85 .95 1.30 1.50 
80 1. 00 1.40 1.65 2.05 



Size 2 4 

Double Hub, Eighth Bends - .70 .95 

" " " extra heavy .80 1.40 





Size 

Return Bends. 



extra heavy. 



23456 
.65 .85 1.25 2.00 3.(X) 
.75 i-io 1.75 2.75 4.00 




Size 

Tee Branches. 
Tee Branches, 



} 



extra heavy, f " 

Long Tee Branches ) 
24 inches clear, J 

Long Tee Branches ) 
24 inches clear, ^ 
extra heavy, ) 



2345678 10 
.60 .80 1.20 1.60 2.00 4.00 5.00 7.00 
.80 1.25 1.60 2.25 3.25 6.00 8.00 11.00 



2.50 



3-50 




For T Branches with 2" side inlet, R. or L., add 50 cents to above list 

Size 2345678 

Tee Y Branches .60 .80 1.20 1.60 2.00 4.00 5.00 




Tee Y Branches, [ 
extra heavy, J 



.80 1.25 1.60 2.25 3.25 6.00 8.00 




INVERTED Y. 

4x2 inch $1.50 

Extra heavy 2.00 

T Y WITH 2-INCH INLET, RIGHT OR LEFT. 
Size _ 2345678 

Each 1. 10 1.30 1.70 2.10 2.50 4.50 5.50 

Extra heavy 1.30 1.75 2.10 2.75 3.75 6.50 8.50 






Size 23456 

Ventilating Ys .80 1.25 1.50 2.00 3.00 

" " extra heavy 1.25 1.75 2.00 2.75 4.00 



VENTILATING Y WITH 2-INCH INLET, RIGHT OR LEFT. 



23456 
1.30 1.75 2.00 2.50 3.50 
1.75 2.25 2.50 3.25 4.50 



200 



NASON MANUFACTURING COMPANY, NEW YORK. 



CAST IRON PIPE AND FITTINGS.— Continued 



Size 2 3 4 5 6 7 8 lo 

Y Branches .60 .80 1.20 1.60 2.00 4.00 5.00 7.00 

Y " extra h' avy .80 1.25 1.60 2.25 3.25 6.00 8.00 ii.oo 

WITH TWO INCH INLET RIGHT OR LEFT. 
Size 2345678 10 

Y Branches i.io 1.30 1.70 2.10 2.50 4.50 5.50 7.50 

Y " extra heavy 1.30 1.75 2.10 2.75 3.75 6.50 8.50 11.50 






Size 

Half Y Branches-.: 

" Y " extra heavy 



f 

234567 8 

.60 .80 1.20 1.60 2.00 4.00 5.00 

.80 1.25 1.60 2,25 3.25 6.00 8.00 




Size . 2 345678 

Double Y Branches., i.oo 1.25 1.65 2.25 3.00 5.50 6.00 

Double Y Branches, ) . 

, \ 1.25 1.60 2.00 3.00 4.00 7.00 Q.OO 

extra heavy \ -^ j -^ 1 ^ 

ANGLE Y's. 

4 x 4 3-50, extra heavy 4. 50 

5x4 4.50 " " 5.75 

6x4 5.50 " " 7.50 




Size 2345678 

Double Half Y Branches i.oo 1.25 1.65 2.25 3.00 5.50 6.00 

I^^ible Half Y Branches, / 



extra heavy. 



1.25 1.60 2.00 3.00 4.00 7.00 9.00 






Sizes 23 4 5 678 

Double T Y Branches, i.oo 1.25 1.65 2.25 3.00 5.50 6.00 
Double T Y Branches, ) . 

. ' >- 1.25 1.60 2.00 3.00 4,00 7.00 Q.OO 

extra heavy ) ^ j t / v ^^ 

Cross Head Branches, i.oo 1.25 1.65 2.25 3.00 5.50 6.00 



Cross Head Branches, ] . HHiiBl 

extra heavy ^-^^ 1.60 2.00 3.00 4.00 7.00 9.00 Cross Heads. 



Size 

Hand Hole Tees. 




extra heavy. 



4 


5 


6 


125 


1-75 


2.25 


1-75 


2.25 


3.00 



INCREASERS. Hub End to Govern Price. 



Sizes 

Standard 

Extra Heavy 



3 


4 


5 


6 


7 


8 


10 


12 


$0.70 


.90 


1. 15 


1.25 


1.60 


2.00 


4.00 


6.00 


I.oo 


1-25 


1-75 


2.25 


2.75 


5.00 


6.50 


8.50 



NASON MANUFACTURING COMPANY, NEW YORK. 



20I 



CAST IRON PIPE AND FITTINGS.— Continued. 




Size — 2 

Single Hubs $0.25 

'* " extra heavy .35 



■35 
.40 



4 
.40 

•50 



5 
.60 



6 

•75 
1. 00 



7 

1-25 

2.00 



S 
2.50 
3.00 



Size.. - - 

Double Hubs 



extra heavy. 



2 

).30 

.40 



•45 

•55 



4 

.65 
• 75 





REDUCERS. 
Size 2 

Reducers $0. 30 

*' extra heavy .40 



Spigot End to Govern Prices. 

34567 
.45 .65 .75 .80 1.40 
•55 •75 .90 I-I5 2.50 



2.50 
3^50 



10 
3-50 
4^50 



Size 23456 

Sleeves $0.30 .45 .65 .75 .80 

" extra heavy .40 .55 .75 .90 1.15 




Size .- 23456 

Bands $0.45 .55 .70 i.oo 1.40 

" extra heavy .90 i.oo 1.50 2.00 2.75 




Size - 23456 

Thimbles, with covers $0.40 .50 .60 .70 .90 



2.25 



Size 2345 

Bands with Outlets $0.75 .90 i.io 1.45 

Extra heavy 1,50 1.75 2.00 2.75 





Diameter of Pipes 2 3 

Ventilating Caps, Short $0.40 .60 

'* Long 75 r.05 



4 

.80 

1-35 



5 

I.IO 

1. 8s 




Size 2 3 

Saddle Hubs $0,30 .50 

" " extra heavy .40 .65 



4 
.60 

.80 



5 
•75 
I.oo 



6 


8 


I.IO 


150 


1.40 


2.25 





Size 2 

Saddle Y's and Half Y's $0.35 

" " " extra heavy .45 



3 


4 


5 


6 


55 


.70 


.90 


1.25 


70 


.90 


I-I5 


1^55 



Size - - - 2 

Pipe Stoppers $0. 1 5 

" " extra heavy ,25 




TRAP COVERS. 



Diameter of Pipes. 
Trap Covers 



2 

).I2 



3 
.16 



4 
,20 



5 
■30 



6 
.40 



Diameter of Pipes. 
Pipe Rests 



2 
^0.30 



3 
.40 



4 

50 



5 
.60 



6 
70 



7 
I.oo 



I.IO 




Diameter of Pipes. 
Roof Irons 



2 
$0.90 



3 
1^15 



4 
1.30 



5 
1.50 



6 
1.80 



8 
.60 



Diameter of Pipes _. 234568 

Pipe Hooks $0.08 .10 ,12 .15 .20 .40 



202 



NASON MANUFACTURING COMPANY, NEW YORK. 



SINK COUPLINGS. 




Plain. Galvanized. 

Common, per dozen 1.50 2.00 



SINK BOLTS. 



Per dozen 40 



Nickel-Plated. 
1.75 



Plain, per package (100). 
2.00 



IRON SINK TRAPS. 

FOR IRON OR LEAD PIPE CONNECTIONS. 
Half S, Three-Quarter S, or Full S Each, 1.25 



HYDRANT CESS POOLS. 







DEPTH, 6 INCHES. 






Size - 


._ ..12X12 14x14 


i6x 16 


i8x 18 








Price.. 


I. GO 1. 15 


1.30 


1.60 



HYDRANT CESS POOLS 





WITH 


BELL TRAPS. 




Size 


12 X 12 x6 


14X 14x6 


16 X 16x6 


Price 


1.50 


1.65 


1.80 





CESS POOLS. 

WITH BELL TRAP AND GRATING. 
16 inches square x 10 inches deep ; Outlet, 4. 



Price. 



■50 





ROUND 


CESS POOL 


PLATES. 




Diameter, Inches. 


- 4 5 


678 


9 10 


12 


Price 


. .20 .25 


.30 .40 .60 


.70 .80 


1. 00 




CESS POOL PLATES. 







WITH 


BARS. 














Size, ins. square, 4x4 


5x5 


6x6 7x7 


8x6 8x8 


9x9 


10x10 


I I X 1 1 


12x12 


14x14 


16x16 


Price 20 


•25 


.30 .40 


.50 .60 


.70 


.80 


.90 


r.oo 


1.20 


T.50 



CESS POOL PLATES. 

WITH HOLES. 



Size, inches square. . 


4 


5 


6 


7 


8 


10 


12 


Price 


.20 


•25 


.30 


.40 


.60 


.80 


1.00 




SIDEWALK GRATES. 




Plain, Square or Oval .• 2.00 

Galvanized 3. 00 



NASON MANUFACTURING COMPANY, NEW YORK. 



203 



SEWER GAS AND BACK WATER TRAP. 

PENNIE'S PATENT. 

A perfect seal against Back Water, 
Sewer Gas, Draft and Vermin; Simple 
Self-Acting and Air-tight. 




Size, in 3 4 5 6 S 

Price $6.00 8.00 11.00 13.00 22.00 



Horizontal Trap. size,in , 10 la 

The above can also be used in an inclined Price 50.00 6000 

position. 



Upright Trap. 



GLAZED EARTHEN 




Size inches 


2 


3 


4 


5 


6 


7 


8 


9 


10 


12 


15 


18 


20 


22 


24 


Per foot 


1 

. Izli - T<S 


.20 

.65 

.70 

1.20 

2.00 


.25 

.85 
.88 

2.50 


.30 
1. 10 
1.05 
1.80 
3-50 


.38 

1.50 

1.33 
2.28 

4.50 


•45 
1.80 

1.58 
2.71 
5-50 


.55 
2.25 

t.93 
3.31 
6.50 


.65 

2.75 
2.28 

3-91 
7-50 


.85 
3.50 
2.98 

5. II 
10.00 


1.25 

4.75 
4.38 


1.70 
6.50 
5.95 


2.25 
7-50 

7.88 


2.75 
9.00 

9-63 


3-25 
11.00 
11.38 


Bends and L's. . each 
Single Branches. . . . 
Double & V Branches 


.40 
.49 


•50 
.56 


Traps each 


I. GO T.CO 




















' 







When Branches are 2 feet long, add price of i foot of pipe, and when 3 feet long, price of 
2 feet to this list. 

Reducers and Increasers. — Measured at largest opening, and charged for on the basis of 
4 feet of pipe, corresponding with internal diameter of opening. 

Slants, 12, 18, 24 and 36 inches long, (measured on long side), price of plain pipe with 
50 per cent, added. 



'HANDY" FORCE AND SUCTION PUMPS. 

Will force out obstructions in any Closet, Bowl, Sink, Tub or Urinal. 
Length of Handle, 4 feet. Weight less than 2 lbs. 

List, each $3-75 

DIRECTIONS FOR USING. 

In the water closet force the rubber plunger down through the bowl into 
the trap, then draw up and down as a churn. To force out small waste- 
pipes, such as bathtubs, wash bowls, sinks and urinals: First, fill bowl partly 
full of water, then place the rubber plunger over the mouth of the pipe and 
force down on the handle hard and fabt until the stoppage is removed. Do 
not lift rubber clear of the bottom of the bowl. Use only the elasticity or 
spring of the rubber. The overflow holes or other vents should be stopped up 
so that full pressure may reach the obstruction. 

Section cut showing Valve and Air Passage. 




J04 



NASON MANUFACTURING COMPANY, NEW YORK. 




No. 2. 






No. 2 A. 



^-. 



Expansion Tank. 
Outlets to suit require- 
ments. 
Price on application. 




No. 2 Angle. 



No. 2 Tee. 



HEATING PIPE, PIPE FITTINGS AND VALVES. 

Heating Pipes, 4 inches external diameter, cast in 9 foot lengths, weighing 

ir to 12 pounds to the foot per foot 

Elbows Nos. I, 2, 3, 5, 6 and 33 ^ each 

Sleeves and Double Hubs, Nos. 24 and 50 _ " 

Returns and Offsets, Nos. 15, 23, 41, 53 and 54 . " 

Branches, Tees, etc., Nos. 7, 11, 12, 13, 14, 16, 30 and 31 " 

Branches, Nos. 17 and 20_ " 

Branches, Nos. 35 and 37 " 

Reducing Elbows Nos. 44, 46 and 51 " 

Reducing Couphngs, Nos. 45, 47 and 52 " 

Size of valve Inside diam. of 
passage. socket. 

Stop Valves (Brass Mounted), No. 2 23^ inches 4}^ inches " 

" " " " " 2 A-. 2^ " 4}4 

** *' " " " 2 Angle .-- 2i^ " 43^ 

" •' " " " 2 Tee 2}4 " 4}4 



•30 
.65 
.40 
.85 
1. 10 

1-75 

2.20 

.80 

.70 



5.00 
5.00 
5 -SO 



NASON MANUFACTURING COMPANY, NEW YORK. 



205 



GREENHOUSE PIPE AND FITTINGS. 




No. 37. 



No. 3: 



No. 17. 




-x- 



L 



U:' 




No. 16. 



No. 20. 



No. II. 



No. 33. 




No. 54. 



No. 23. 



No. 41. 



No. 53, 







f^n 




No. 2. 



No. 6. 
Hexagon. 



No. 5. 
Octagon. 



No. 30. 



No. 24, 
Dbl. Hub. 



No. 50. 
Sleeve. 








No. 51, No. 52. No. 44. No. 45. No. 46. No. 47, 

Socket, 43^-inch internal Socket, 4^^-inch internal Socket, 43^-inch internal 

diameter, and tapped open- diameter, and tapped open- diameter, and tapped open- 

ing for 23^-inch pipe. ing for 2-inch pipe. ing for i^^-inch pipe. 

Or the same fittings witji sockets 4J8-inch internal diameter if so ordered. 




Greenhouse Pipe. 



2o6 



NASON MANUFACTURING COMPANY, NEW YORK. 



Two-Light Pendant Cock. 




TWO-LIGHT PENDANT COCK. 

Vs^oU %to^ Mtoi^ Ktoi^ i^to^ 
Perdoz.-- 9.10 9.10 9.10 8.45 8.45 



L Pendant Cock. 




L PENDANT COCK. 



%toH Vstoii i^toi^ i^toJ^ i^to^ 
Perdoz... 5,20 5.20 5.20 4.90 4.90 



L Burner Cock. 




L BURNER COCK. 



Per doz .. 

%X43^ inches long, 
Per doz. 8.25 



H Vs H H 

6.20 5.20 4.55 4.25 

3^x43^ inches long, 
Per doz. 8.25 



Bracket Cock. 




BRACKET COCK. 



^toM 

Perdoz 9.10 

Perdoz 8.15 



%toK 


%to^ 


8.45 


8.15 


H^oYs 


ysto% 


7.80 


7.80 



NASON MANUFACTURING COMPANY, NEW YORK. 



207 



Straight or Stop Cock. 




STOP COCKS. 



%lo% %toi^ Ktoi^ Mtoi^ i^to% ^toi^ 
Perdoz. $4.90 4-55 4-55 4-55 4.25 3.90 



Pillar Cock. 




Street Lamp Cock. 




PILLAR COCKS. 



% % % M M .M X 4 J^ X 4 

in. long in. long 
Female, per doz. $6.50 5.20 4.55 4.25 3.90 7.15 7.15 
Male, *' 6.25 5.55 5.20 4.90 



STREET LAMP COCK. 



itoi^ Mtoi^ i^toi^ %toi^ i^toi^ i^oi^ 
Per doz. $13.50 6.50 5.85 5.55 5.20 5.20 



Lever Street Lamp Cock. 




LEVER STREET LAMP COCK. 

itoi^ ^4"toi^ %io% %to3.^ i^to% y^ioY^ 

Per doz. 14.80 7,80 7.15 6.50 6.15 6.15 



Revolving Pendant Cock. 




REVOLVING PENDANT COCKS. 

MtoM %ioli %toi^ Mtoi^ i^tol^ l^toi^ 
Perdoz. $8.50 8.15 7.80 7.50 7.15 7.15 



208 



NASON MANUFACTURING COMPANY, NEW YORK. 



Top Swing. 




TOP SWINGS. 



l^er doz . 



% to H 
$6.20 



5-55 



MIDDLE SWINGS. 



% to % 
5.20 



Universal Sw!ng, 




Per Doz 4.25 



4.90 



UNIVERSAL SWINGS, 



4.55 



. %^o% %to]4 %t.oyQ HtoH M^o% %to% 

Per Doz.- 9.10 8.80 8 .80 8.45 8 15 7.80" 



SIDE NOZZLES. 



% 



Vs 



Per Doz-- 2.30 1.65 1,00 i.oo 



Straight Nozzle. 




STRAIGHT NOZZLES. 



"^ 



Per Doz i.oo 165 



T% 



I . 95 I . 00 



Independent Cock. 




INDEPENDENT COCK, For Rubber Hose. 



3/ 



% x8 ex. h'vy„ 



8.00 



Per Doz 6. 50 6.00 5 50 

For Patent Socket %, Per Doz 6 50 

Gas Stove Cock, %, " " 6 75 



Hose Cock. 




HOSE COCKS. 



% H . % 



Per Doz. Female 5.25 490 455 425 

Per Doz. Male 5.55 5.20 4.90 4.55 



NASON MANUFACTURING COMPANY, NEW YORK. 



209 



Two-Light Bracket Boijy 




TWO-LIGHT BRACKET BODY. 



% inch, Per Doz 5.00 



TwoLiGHT Pillar Body 




TWO-LIGHT PILLAR BODY 



%-inch, per dozen 5.20 



Brass Chandelier Hooks, 

MALE OR female. 




BRASS CHANDELIER HOOKS, 

Male or Female. 



% 



Per doz 3.25 



2.95 2.95 



M 



2.95 



Stiff Joints. 




STIFF JOINTS. 





¥2^0% 


V2 to r2, 


Ktoi^ 


y2^o% 


H to % 


Per doz. 


3-25 


2.60 


2.60 


2.60 


1.95 






%to\i 


% to % 


H^oii 


H to % 


% to M 


Per doz- 


1.85 


1-55 


1 50 


1.40 


1.40 



Lengthening Piece. 




LENGTHENING PIECE. 



%io%, per doz 1.95 



2IO NASON MANUFACTURING COMPANY, NEW YORK. 



EXTRA HEAVY BRASS GAS FIXTURE FITTINGS. 

TWO LIGHT PENDANT COCKS. 

Size j/j to 3/s }4 to j{ ysto3/s y^, to % ^ to >6 X to i^^ % to }i 

Per dozen, $15.60 15.60 13.55 ^3-55 ^3-55 13-55 13-55 

L PENDANT COCKS. 

Size. ^ to ^ y%to}i 3/stoy8 /{ ^o }( }i to ys 

Per dozen, $7.80 7.80 7.80 7.80 7.50 

L BURNER COCKS. 

Size.-- /4 '^ }i 

Per dozen $9.10 7.80 7.15 

■ — - — > I ■ 

BRACKET COCKS. 

Size.- - - 3/sto3/s 3/^ to i{ ystoj4 

Per dozen $11.70 11.70 11.70 

STRAIGHT, OR STOP COCKS. 

Size y2 to % >^ to ^ ^^ to ^ ysto}{ }ito}{ X to >^ 

Per dozen, $7.80 7.50 7.15 7.15 6.85 6.85 

PILLAR COCKS. 

Size 3^ y^ 3/^ % 

Per dozen I7.80 7.15 6.50 6.20 

REVOLVING PENDANT COCKS. 

Size..-.-.- ys to 3/s ys to % ys to ys M to ^ ^to^ 

Per dozen, $10.40 10.40 10.40 10.40 10.40 

TOP SWINGS. 
Size...... j4 to y y to 3ys y to \( ^to3^ ^toX 

Per dozen, $10.40 10.40 10.40 9.45 8.45 

UNIVERSAL SWINGS. 

Size ys to y ys to y ystoys y^oy ytoy^ ystoya 

Per dozen, $14.00 13.00 13.00 12.35 ^2.35 12.05 

SIDE NOZZLES. 

Size y y y 

Per dozen $2.60 2.20 1.95 



STRAIGHT NOZZLES. 

Size 3y y }i 

Per dozen $2.20 i.95 [^ 

INDEPENDENT COCKS. 

Size y to 3/s ^ to ^ ^ to ^ Lever Key. 

Per dozen $11.50 9-^0 ^Q-5Q 

HOSE COCKS. 

Size y 3/^ 

Per dozen $7-5o 7-oo 



NASON MANUFACTURING COMPANY, NEW YORK. 



211 



GAS BRACKETS. 





No, I02. 



No. io6. 





No. loo. 




No. log. 



No. 809. 





No. III. 




No. 113. 




No. 810. 

No. 100, Single Swing. %. $0.50 

102, Double Swing, tq, % 80 

104, Three Swing, j\, %, /^ 1.15 

106, Double Swing. Universal, ^^, % 1.15 
109, S Bend, /g 55 

111, C Bend, f^ _ 50 

112, C Bend, Stiff, y^g .40 

113, Straight Bracket, Stiff, % .40 



No. 112. 

No. 809. Square Tube, Twist Center, 
Polished Brass or Bronze. 

Stiff, each - $1 05 

Single Swing, each 1.65 

Double Swing, each 2,35 

Three Swing, each 3. 15 

No. 810, Square Tube, Polished Brass 
or Bronze. 

Stiff, each $0.95 

Single Swing, each 150 

Double Swing, each 2.10 

Three Swing, each — 275 



212 



NASON MANUFACTURING COMPANY, NEW YORK. 



GAS BRACKETS, POLISHED. 




Fig. 846 , ..-». Each. $3.15 



Fig. 847. 



Fig, 848. 



Fig. 849. 



Fig. 850. 



Fig. 851. 



2.40 



1.90 



3 50 



2.75 



.25 



NASON MANUFACTURING COMPANY, NEW V^ORK. 



213 



No. 1726. 



3 Lights. Spread, 24 inches. Length, 36 inches 




No. 1726. 

Vwo Light, without Globes, each _ $7.50 

Three " " *' " 10.00 

Four '' " - " 12.50 



214 



NASON MANUFACTURING COMPANY, NEW YORK. 



No. 1673. 



3 Lights. Spread, 18 inches. Length, 30 inches. 




P 

No. 1673. 

ITwo Light, without Globes, each .._ _ $5.00 

Three " " " " 6.65 

Four " " " " 8. 30 



NASON MANUFACTURING COmpAN^Y, NEW YORK. 



215 



No. 1703. 

4 Lights. Spread, 24 inches. Len^'th, 36 in has. 




No. 1703. 

Two Light, without Globes, each - $9^50 

ThreeLight, " " " ^225 

Four Light, " " " - ■•-- ---- ^500 



2l6 



NASON MANUFACTURING COMPANY, NEW YORK. 



No. 1714. 



3 Lights, Spread, 20 inches Length, 34 inches. 




No. 1714. 

Two Light, without Globes, each $11.25 

Three Light, " " " 15.00 

Fojr Light, " " " 18.75 



NASON MANUFACTURING COMPANY, NEW YORK. 



217 



CLUSTERS. 




Fig, 784. Spread, 8 inches. 
3 Light. No Glass. Each, |2. 50. 4 Light. No Glass. Each, $3.50. 




Fig. 775- 

Spread, 6 inches. 

No Glass. Each, $2.00. 





Fig. 7801^. 
Less Glass. Per doz., $3.50. 



Fig. 778. 

Spread, 6 inches. 

No Glass. Each, $2. 50. 




Fig- 779- Spread, 6 inches. 

2 Light. No Glass. Each, |i.io. 

3 ■ ' 1.70. 




Fig. 780. Spread, 6 inches. 

2 Light. No Glass. Each, ^-TO. 

3 " " " 2.25. 



2l8 



NASON MANUFACTURING COMPANY, NEW YORK. 



PORTABLE STANDS. 




Fig. 760. 
Brass. Height, 13 inches. 

Base, 5 inches. 
Each. $5.00 




Fig. 704. 

Height, 12 inches. 

Base, 5 inches. 

Each $1.80 




Fig. 759- 
Brass. Height, 13 inches. 

Base, 5 inches. 
Each. $5-0C 





Each. 



Fig. 761. 
Adjustable. 




Fig. 703. 
Height, i2i^ inches. 
.60 Base, s inches. 

Each $2. 50 




Fig. 714. 
Height. 13 inches. 
Base, 6 inches. 
Less trimmings, Each... 



).oo 



NASON MANUFACTURING COMPANY, NEW YORK. 



219 



Fig. 534 



HALL LIGHTS. 

Fig. 575. 




Complete, each 11.00 



Fig. 515. 




Cylinder 7x8x5 inches. 
Complete, each 10.50 



Complete, each 3.00 

Less Glass, each 2.30 



"220 



NASON MANUFACTURING COMPANY, NEW YORK. 



HALL LIGHTS. 



Fig. 587. 



Fig. 595. 





Complete, each ..$4.00 

Less (ilass 3.10 



Length, 30 inches. Globe, 10 inches. 

1 Light Gas, each $15.00 

2 " " and Electric, each.. 21.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



221 



GAS BURNERS AND TIPS. 








IRON BURNERS, 

Fig. 28, Fig. 2g, 

Bat Wing". Fish Tail. 

Doz. $ .60 Doz. .60 

Gro. 6.00 Gro. 6.cx) 



Fig. 14, 

Brass, Lava Tip 

Burner. 

Doz. .40 Gro. 4.00 



Fig. 13, 

Common Brass Burner 

with Gauge Screen. 

Doz. .50 Gro. 4.50 



Brass Pillars 

for Lava or 

Scotch Tips. 

Fig. 20. 
Doz. .20 
Gro, 2.00 








Fig. 33- 
Lava Tip. 
Gro. S2.00 



^ Fig. 395. 
Brass Adamas, 
Taper Tip. Gro. 4.00 



Fig. 398. 
Fish Tail, Iron. 
Gro. 2.50 



Fig. 396. Fig. 39Q. 

Lava Adamas, Bat Wing — Iron. 

Taper Tip, F. T. Gro. 4.50 Gro. 2.'^o 

BRAY GAS BURNERS. 







Adjustable Union- Jet, Slit-Union, 
Gross, $14.00 Gro,, $14.00 



Figure 19, 

EMPIRE] BURNER WITH LAVA TIP. 

This burner has an adjustable screw check 
inside and can be set to burn any amount of Gas, 
at the pleasure of the consumer. 

Per dozen $1.00 

Per gross 9.00 



GAS ON. 



"Matchless" Self Lighting 
Burner, each 75 cents. 





Union-Jet. 
Gross, $14.00 



Regulator. 

Gio <, $7.00. 



222 



NASON MANUFACTURING COMPANY, NEW YORK. 



NOISELESS ARGAND 
BURNER. 

WITH GRECIAN HOLDER. 



MONITOR OR NOVELTY 
STAND. 




Per dozen 

Per gross 60.00 

6 or 7 inch chimneys, per doz 80 No. i, Brass Stem, per doz 

Welsbach chimneys, ground, 8 in., per doz. 1.80 " 2, Iron 

" 3, - 




.$3.00 
. 8.00 
, 10.00 



FANCY RING OR GLOBE HOLDERS. 



4 inches, per gross $13.00 Per dozen. 

5 inches, " 15°° 



$1.25 
. 1.40 




TIN GAS SHADES. 

WITH HOLDER. 

10 inch, per dozen $3-5° 

11 and 12 inch, per dozen 4-oo 

Holders for same to slip over common burners, per dozen 1.40 



NASON MANUFACTURING COMPANY, NEW YORK. 



223 



GAS APPLIANCES. 

DROP LIGHT SOCKET. GOOSE NECK 

FOR PORTABLE STAND. 





y5^ and % for Brass or Iron Burner. 
Per doz $2.00 Per gross $20.00 Per doz $2.50 

MOHAIR TUBING. 
Lengths, 6, 8, 10, 12 feet --- Per foot, 16 cents 

UNIONS FOR CONNECTING MOHAIR TUBING. 




Per doz.- $1.50 

GAS STOVE TUBING, TAN ENDS. 

3^-inch, per foot ro 

T^-inch, " --- .12 

%-inch, " - 14 

Patent Ends, %-inch, per foot 16 



TAPER SLIDE AND KEY, AND PLAIN GAS KEY. 



A 



Nickel Plated _ Per doz., $8.00 

Brass - " 10.00 

Plain Gas Key " 6.00 

WAX TAPERS. 

Per dozen boxes, 30 Tapers in each 1.50 

" 60 " " 3.00 




WIRE GLOBE. 
7 inch diameter Per doz. , $6.00 



224 



NASON MANUFACTURING COMPANY, NEW YORK. 



HOSE. 



Internal DIam. Inches 3^ % i iM i/^ i^^ 2 2}4 ^}4, "^X 3 4 

2-Ply for light pressure, per ft. .20 .25 .33 .42 .50 .58 .66 .75 .83 .92 i.oo 1.32 
3-Ply test 60 lb. sq. in., " .25 .30 .40 .50 .60 .70 .80 .90 i.oo i.io 1.20 1.60 
4-Ply " 90 " " " .30 .37 .50 .62 .75 .87 I.oo 1. 12 1.25 1.37 1.50 2.00 

5, 6 and other Ply Hose made at a proportionate advance over 4-Ply, thus 5-Ply is 25 per cent, 
more than 4-Ply ; 6-Ply 50 per cent, more, and so on. 



Size of Hose. Inches 72 

Light wire, coarse coil, per ft .03 

Heavy wire, fine coil, '* .04 

For steam and high pressure, per f t. , . . .08 



EXTRA FOR ARMORING HOSE. (Net.) 

1^ -V ^ lli 1% 2 



•03 
.04 
.09 



I 

.05 
.06 

.10 



2W 



.1/ 



.09 

.12 



10 

.14 



• 13 

.18 



.15 

.21 



.18 
.24 



.26 

.38 



EXTRA (BREWERS', STEAM, AIR BRAKE, «S:c.) HOSE. 

Internal Diam. Inches. 3^ ^ i i34 

3-Ply, perft - .43 .51 -67 .85 

4-Ply, " -- - -51 -67 .83 1.04 

5-Ply, " 64 .84 1.04 1.30 



1.02 
1.25 
1-57 



1. 18 
1-45 
1.79 



2 

1-34 
1.66 
2.08 



1.50 

1.87 

2.34 



Internal Diam, In. 
Spiral Coil, per ft. 
Smooth bore, " 
Hard rubber, " 



I 
.90 



Ik 



SUCTION HOSE. 

2 23^ 3 3^ 



1. 15 1.50 2.30 3.10 4.00 4.90 5.80 7.60 

.. 2.60 3.50 4.50 5.50 6.50 8.50 

75 .93 1. 15 1.50 1.88 



6 

9-50 
10.50 



8 10 
15.00 20.00 
16.50 22.50 



.40 
.60 



2}4 
1.66 
2.80 
2.60 



12 

25.00 
2750 



Internal Diam. Inches. 

Plain rubber, perft .. 

Cloth insertion, " 



RUBBER TUBING. 



16 /4: 1 fi 

.08 .12 .16 .18 



10 



14 



lb 



,20 



% 
.20 

•23 



•25 
.28 



•30 

■33 



•4 

35 

.38 



I 

.45 
•50 



WOVEN LINEN HOSE, SEAMLESS. BEST QUALITY. 



Internal Diam. In. ^ 

Plain, per ft.. 12 

Rubber Lined, perft. .20 
Paraphined, " .15 
Extra Heavy Rubber ) 
Lined, per ft ) " 



I 

•15 
•30 
.19 

•75 



Ik 



iM 
.22 

52 

•27 



2 2% 

.24 .26 

•55 ^65 

■30 .33 



2K 
.28 

.70 

•35 



2% 



34 

.75 
•37 



3 
.40 

•85 
.41 



4 

.55 



Rubber Lined, Extra, etc., made in 



iK 
.18 .20 

.45 .50 
•23 -25 

.83 .90 I.oo I.IO 1.30 1.50 

Made in lengths up to 1,000 feet, plain or paraffined. 
50 feet lengths only. 

SEAMLESS COTTON HOSE, RUBBER 

Internal Diam. Inches 3^ % i ik 

Single, per foot .25 .30 .40 .45 

Jacket, " -. -- 

NUMBER OF PLIES TO ORDER IN STEAM HOSE, 
Size of Hose and Steam Pressure being given. 



5 6 8 10 12 
70 .85 1.20 1.40 1.70 



LINED. 

• 50 
I.oo 



2 
.60 

1.25 



2/2 

.70 

1.50 



20 lbs. Pressure. 


30 lbs. Pressure. 

ORDER. 

4-Ply for y 
4- •' % 
4- " I 

4- " Ik 

4- " iK 

5- " 2 


40 lbs. Pressure. 


50 lbs. Pressure. 


60 lbs. Pressure. 


ORDER. 

4-Ply for % 
4- '• % 
4- " I 
4- " Ik 
4- '• 13^ 
4- " 2 


ORDER. 

4-Ply for y 
4- " % 
4- " 1 

4- " Ik 

5- " i^ 

6- " 2 


ORDER. 

4-Ply for y 

4- " % 

5- " I 

5- " Ik 

5- '' ly 

8- " 2 


ORDER. 

4-Ply for y 

5- " ?i 

6- " I 

6- " Ik 
6- - 13.^ 

8- " 2 


70 lbs. Pressure. 


80 lbs. Pressure. 

ORDER. 

6-Ply for % 
6- " % 

8- " I 
8- " Ik 


90 lbs. Pressure. 

ORDER. 

6-Ply for y 
6- " % 

8- " I 


100 lbs. Pressure. 




ORDER. 

5-Ply for 1^ 
6. " % 
7- •* I 
7- " ik 


ORDER. 

8-Ply for y 
8- •' % 
10- " I 





NASON MANUFACTURING COMPANY, NEW YORK. 



225 



PatMayJ3th,I884. 




Swinging Hose Racks, 
WITH Pipe Clamps, 



ok 



WITH Wall Plates. 



\ WITH PIPE CLAMPS. 



CAPACITY AND PRICE LIST OF 
SWINGING HOSE RACKS. 



Aluminum 


finish 


or anv 


color enamel 


No. 












X I 




for 


2S 


ft. 


Unlined Lir 


X 2 




for 


,So 




a 


X 3 




for 


75 




u 


X 4 




for 


100 




u 


Narrow, 




for 


so 




a 







for 


50 




n 


00 




for 


50 




u 


I Special Narrow 


, for 


7,S 




ii 


I '' 




for 


75 




n 


2 




for 


75 




(I 


I Narrow, 




for 


100 




<( 


I 




for 


100 




(< 


2 




for 


100 




il 
y 


3 Special Narrow 


for 


125 




H 


3 




for 


125 




(( 


4 




for 


J 25 




il 


3 Narrow, 




for 


ISO 




a 


3 




for 


150 




a 


4 




for 


150 




a 


5 Narrow, 




for 


200 




a 


5 




for 


200 




n 


6 




for 


200 




li 


3 Narrow, 




for 


soft 


.R 


ubber-lined C 


3 




for 


50 




»< a 


4 




for 


50 




u a 


5 Narrow, 




for 


100 




a a 


5 




fo'r 


100 




(( << 


6 




for 


TOO 




u a 



00 
00 
00 

50 
50 
50 

00 
00 
00 

50 
50 
50 

7 00 
7 00 
7 00 
7 50 

7 50 

8 00 
7 00 
7 00 
7 00 

7 50 

7 50 

8 00 

In ordering racks with pipe clamps always state internal diameter or external c 
ence of pipe to which racks are to be attached. 

Racks nickel plated on iron are $3.00 each, net, more than above. 
Special quotations for other styles of finish furnished on application. 



I 

I 

.1 

•1/3 

.2 

■2/2 

.2 

•2^3 
.I>2 
.2 
.2>^ 

.1/3 
. 2 
.2^ 

2 
,2>4 

i}i 
.2 
.2^ 



With Wall 
Plate. 

$5 00 
5 00 

5 50 

6 00 



With Pipe 
Clamp. 

$5 40 

5 

5 
6 



2 

2>^ 

2 

2 V. 



40 
90 
40 
40 
40 
40 
90 
90 
90 

40 
40 
40 
90 
90 
90 

7 40 
7 40 
7 40 
7 90 

7 9=^ 

8 40 

7 40 
7 40 

7 40 

7 90 

7 90 

8 40 

ircumfcr- 



226 



NASON MANUFACTURING COMPANY, NEW YORK. 





WITH PIPE CLAMPS. 



WITH WALL PLATE. 



CAPACITY AND PRICE LIST OF A B C SWINGING REELS 
Aluminum finish or any color enamel, with wall plates. 

for 50 ft. Unlined Linen Hose j^A, 



A I 


for 


50 ft. Un 


A 2 


for 


50 


A 3 


for 


50 


AA I 


for 


75 


AA 2 


for 


75 


AA 3 


for 


75 


B I 


for 


ICO 


B 2 


for 


100 


B 3 


for 


100 


C I 


for 


150 


C 2 


for 


150 


c 3 


for 


150 


D I 


for 


200 " 


D 2 


for 


200 


D 3 


for 


200 "■ 


C I 


for 


50 ft. Ru 


C 2 


for 


50 


C 3 


for 


50 


D I 


for 


100 


D 2 


for 


ICO 


D 3 


for 


TOO 



<( 
<i 

a 
a 
u 
u 



r^2 



1/2 
2 



1/2 
2 - 



ubber-lined Cotton Mill Hose 1% 



2 
■7 1/ 



l5 ^o 
5 00 

5 00 
5 50 
5 50 

5 50 

6 00 

6 00 

6 00 

7 00 
7 00 

7 00 

8 00 
8 00 
8 00 
7 00 
7 00 

7 00 

8 00 
8 00 
8 00 



Above reels w^ith pipe clamps are 40c. each, net, in addition to net cost of 
above. 



NASON MANUFACTURING COMPANY, NEW YORK. 



227 



HOSE PIPES. 




Fig. 601. 
COCK ON LARGE END. 



Size Coupling, inches, 



Va 



Length, inches, 6 8 9 12 8 9 12 12 15 

Fig. 601, per dozen. ., 11.00 13.00 iS.oo 18.00 15.00 20.00 20.00 40.00 45.00 



Size Coupling, inches, \% iK i/^ ^Vz 

Length, inches, 20 12 15 20 

Fig. 601, per dozen.. 55 -O*^ 55 -oo 60.00 80.00 



2 2 2>^ 2^ 

12 20 15 24 

80.00 110.00 150.00 200.00 



Fig. 603. 
WITH SCREW TIP. 




Size Coupling, inches, y 

Length, inches, 8 

Fig. 603, per dozen. . 8.00 



y 
12 

10.00 



10.00 



I 

12 
12.00 



12 
20.00 



15 

24.00 



Size Coupling, inches, i^ 

Length, inches, 20 

Fig. 603, per dozen. . 30.00 



12 
25.00 



15 
30.00 



xVz 2 2 • 2^^ 

20 12 20 15 

36.00 38.00 50.00 75.00 




Fig. 604. 
WITHOUT TIP. 



Size Coupling, inches^ 

Length, inches, 

Fig. 604, per dozen . . 



7.00 



9.00 



IX 

12 

18.00 



^Vz 

12 

22.00 



2 

12 
34.00 



2^ 

15 

65.00 



Fig. 608. HOSE NOZZLE TO TIE ON. 



Size, inches, % 

Entire Length, inches, ^% 
Per dozen, 3 • 00 



y 

aYz 
3-50 



I 

AYz 

4.00 




;\-'^i%':' 




'- r i. . • ,. J.. 






^S^- 'iY:-C:^::^ 






Fig. 6061^. 



HOSE PIPE TIP. 

To fit y and i inch pipes, per dozen, 4.00 



HOSE SPRINKLERS. 



Size, \Yz 2 'ly^ 3 yYz 4 

Per dozen, 3.50 4.50 6.00 9.00 12.00 18.06 

HOSFORD'S PAT. HOSE PIPE. 

Fig. 606^ 

Size Coupling, inches, y I 

Finished, per dozen, 15.00 18. 00 

Nickel Plated, per dozen, ...... .. 17.00 20.00 



228 



NASON MANUFACTURING COMPANY, NEW YORK. 





Wiihout Lugs. 



With Lugs. 



Sizes 



% 



iH lYo. 



2>^ 21^ 



3^' 



Perdoz.. 2.40 2.40 4.40 10.00 14.00 24.00 30.00 48.00 

For Iron Pipe, per doz 2.65 2.65 4.65 [ 10.50 15.00 26.00 32.00 50 00 76 00 120 oo- 

SUCTION HOSE COUPLINGS. 




Sizes. 
Each. 
Sizes. 
Each. 



2 2i^ 3 31^ 4 43^ 

4.00 5.25 7.50 9.50 12.50 16.00 

5 5^ 6 (y% 7 8 

20.00 24.00 28.00 40.00 54.00 80.0a 



STEAM HOSE COUPLING. 

STEAM METAL. 




Sizes 3^ 

Iron Pipe Thread, each 1.25 



% 


I 


I^ 


IK 


2 


2M 


• 25 


1.50 


2.00 


2.50 


3-50 


6.00 



Either part of Coupling two-thirds list price. Couplings 14, ^^ 2^^ furnished- cut to standard 
Hose Gauge. Above 2}/^ cut to Iron Pipe Thread, unless ordered otherwise. 

THE CALDWELL PATENT HOSE STRAP. 

Clamps will always be sent for three-ply Hose, unless otherwise orderec 




No 


2 


4 


6 


8 


ID 


12 


14 


16 


18 


Inch, 


Vz 


Vz 


U 


y^ 


I 


I 


iX 


IX 


i^ 


Inch long, 


3H 


3^ 


A% 


aH 


5 


sy% 


6 


6^ 


634: 


Per dozen. 


$0.40 


.40 


.60 


.60 


.80 


.80 


1. 00 


1. 00 


1.20 


No 


20 


22 


24 


26 


28 


30 


32 


34 


36 


Inch,. . . . 


iVz 


^H 


i^ 


2 


2 


2X 


2X 


2K 


2>< 


Inch long, 


VA 


VA 


8 


8K 


9 


9>^ 


10 


103^ 


II 


Per dozen, 


$1.20 


1.40 


1.40 


1 .60 


1.60 


1.80 


1.80 


2.00 


2.00 



NASON MANUFACTURING COMPANY, NEW YORK. 

HOSE SPLICE. FOR MENDING HOSE. 

Size in. >/, ^, 

Brass per doz. $1.20 1.20 

Coppered " .40 .50 

HOSE CLAMP. 

Sizefor 3-ply Hose.in. i^, ^, i, i;^, i^, 2, 2^, 3, 

I'^^ ^^02 $1.50 1.50 2.00 2.50 3.00 4.00 7.00 10.00 



229 






HOSE STRAP FASTENER. 



K to I inch I 50 



i/i to 2]/^ inch. 



75 




Hose Nipple. 





HOSE NIPPLE. 

Size 1^ '^ I T^J IM" 

Per doz.. $3.50 3,50 5.00 9.00 10.00 

Size 2 2V2 3 31^ 4 

Per doz.- 14.00 28.00 40.00 50.00 75.00 ^^SS^^.r-wn- 

HOSE REDUCER. ^^^ 

Size ix^ i/c^xi i^^xi3^ 2xi3^ 

Per doz ,$6.50 10.00 12.00 18.00 ^^ose Reducer. 

HOSE BIBB ENDS. 

Size .,... % % % % ^ i^ ^¥2 2 

Price, per doz $2.50 250 2.50 2.50 350 600 8.00 15.00 



SIAMESE COUPLINGS. 




With two 2\^ inch Male Outlets, and 2}4, "inch Female Inlet, with 

loose coupling on Inlet ". $10.00 

With two 23^ inch Male Outlets, and 4-inch Female Inlet, with loose 

coupling on Inlet 14.00 



Siamese Coupling. 



230 



NASON MANUFACTURING COMPANY, NEW YORK. 



PLUMBERS', STEAM AND GAS FITTERS' TOOLS. 



RIVET SETS. 




Size, . . . oo, o, I, 

Perdoz. $7.25 6.35 5.50 



Size 3, 4, 

Per doz. $4.50 4.50 



5, 
3.60 



2, 
5-50 

6, 
3.60 



BLOW PIPE. 



r 



TORCH. 




Per dozen, Taper, $10.00 Straight, $7.00 

BLOW PIPE. 



With Bulb, per dozen, $7.00 

POCKET RULE. 




2 ft. 4 Fold, per dozen, $2.00 

ASSES' SKIN MEASURING TAPE. 




Brass with Side Filler, per doz., $25.00 

Without " " " 21.00 

Tin with " " " 

Tin common, " 



19.00 
9.50 



DUSTER. 




Per dozen, $7.00 

FLAT SOIL BRUSH. 



Per dozen $1.00 

ROUND SOIL BRUSH. 



Length, ft. 25, 50, 75, 

Per dozen, $5.50 7.50 11.50 

PLUMB BOB. 



100, 
13-50 



Per dozen, $0.75 

GHEASE, ROSIN AND FLOUR BOX. 




Per dozen, (Iron,) Large, $2.00 
SOIL CUP. 



Small, $1.20 




Per dozen. (Copper,) Small, $5.00 Large, $5.60 
(Brass,) " 5.25 




Small, Medium, Large, 
Brass, per dozen, $15.00 17.00 19.00 

TWO FOOT LEVEL. 



Per dozen, $11.50 

TWO FOOT IRON SQUARE. 




1 Yz inch, marked one side, per doz. $6.00 

^Yz " " both " " 10.00 

2 14.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



231 



PLUMBERS', STEAM AND GAS FITTERS' TOOLS— Continued. 
SCREW DRIVERS. STEEL FACE PLANE. 



Sizes, inch, 3, 4, 5, 

Per dozen, $2.00 2.00 3.00 

Sizes, inch, 7, 8, 9, 

Per dozen, $4.00 4.60 5.25 

CHIPPING KNIFE. 



6, 
3.50 
10, 
6.25 




Each, , 



,|o.75 



41^, 5, 6 inch, per doz. $7.00 

MALLETS. 




Size, inch, . . 

Hickory 

Lignumvitae, 


2>^, 3, 
$5.50 7.00 
7.50 10.00 

TURN PIN. 


3>^. 
8.00 
12.00 




ROUND IRON. 



Nos. ...0.1, 2 3. 

Per dozen, . $8.00 ti.oo 13. 00 

POCKET SPIRIT LEVEL. 

Iron, per dozen, $2.50 

Brass Top, per dozen, 300 

FANCY CALIPERS. 

Per dozen, $3.50 

CALIPERS. 




Boxwood, No. I, 2, 3, per doz. $3.00 

Dogwood or Hickory, No. i, 2, 3. '* 1.75 

DRESSER. 

Hickory Wood, per doz . $8.00 

Boxwood, " 10.00 

BOSSING STICK. 

Boxwood, per doz, |io.oc 

Dogwood or Hickory,. " 8.00 

DRIFT PLUG. 
Size, I, i^, lyi, 2 inch, . .per doz. $2.oc 




Size, in... 21^, 3, 4, 5, 6, 

Per dozen, $3.00 3.00 3.25 3.75 4.25 

SINGLE EDGE SAW. 




Size, inches, 12, 14, 16, 

Per dozen, .. $7.70 8.75 g.75 

DOUBLE EDGE SAW. 



18, 
11.00 




Size, inches, 12, 14, 16, 18, 

Per dozen,.. |8. 75 9.75 11.00 12.00 

COMPASS SAW. 



!'i«»-'J»MW|Lr, i|,,i'..;|HJ.i,|i.n 



n 



Size, ins. 8. 10, 12, 14. 16, 18, 
Per doz. . I4.00 4.25 4.25 4.75 5.00 5.25 



23- 



NASON MANUFACTURING COMPANY, NEW YORK. 



PLUMBERS', STEAM AND GAS FITTERS' TOOLS— Continued. 
LADLE. I 



WASHER CUTTER. 



Single or Double Lip, forged of liest Charcoal 
Iron, Extra Heavy. 

Inches, 21^, 3, 3^, 4^ 

Perdoz. $3.75 4.65 5.50 6.50 



Inches, 5, 6, 

Perdoz. $8.75 10.00 

RASP. 



Size, inches, 10, 
Each, $0.40 



7, 8, 

24.00 30.00 



12, 
.60 



STEEL PLIERS. 



14, 

.80 




5 in. per doz. $6.00 6 in. $7.00 7 in. $8.00 
• CUTTING NIPPERS.— Extra Heavy. 




With Set Screw. 

Inches,. 7, 8, 9, 10, 12, 14, 

Perpair, $2.50 2.88 3.25 3.60 4.25 5.00 

SINGLE JOINT CUTTING NIPPERS. 




All Steel. 
Inches,. 8, 10, 

Per pair $2.50 3.00 



12, 
3.50 



CUTTING NIPPERS.— Extra Quality. 




Black Handle, . , .per doz. $10.00 

WASHER CUTTER. 




Per dozen, $15.00 



PATENT DOUBLE WASHER CUTTER. 




To cut Washers up to 1 3^ diameter. 
Each $2.75 



COMPASSES. 



Inches,. 5, 
Per doz. $3. 50 



6. 
4.00 



7, 
4-75 



8, 
5.50 



CANDLESTICK. 





Inches,. 5. 6, 7. 8, ^^^ ^ozen $3.00 

Per doz. $15.00 20.00 24.00 30.00 

SIDE EDGE. 
CUTTING PLIERS. 

Size, in. 4, 4>^, 5, 5^^, 6, 7, ' Best per dozen, $8.50 

Perdoz. $5.60 5.60 5.60 6.25 6.75 S.50 Dogwood or Hickory, " 500 




NASON MANUFACTURING COMPANY, NEW YORK. 



233 



PLUMBERS', STEAM AND GAS FITTERS' TOOLS.— Continued. 



FLOOR CHISEL —Octagon 




FIRMER CHISEL. 

gMig 'r;'iiaSa Liz,, 



Per dozen $22.00 

Length, 16 inches. Width of Blade, 4 inches. 



FLOOR CHISEL.— Round. 





Per doz 15 inch, $22.00. 18 inch, $24.00 

Width of Blade, 3 inches. 

WOOD CHISEL. 

Large, 2 in. Blade 14 inch, per doz. $11.50 

Small, I " " loK " " 6.00 

COLD CHISEL. 

ri 

Inches.- 6 8 10 12 16 20 

Per doz. $5.00 6.00 7.25 7.50 11.00 27.00 

ROUND NOSE CHISEL. 

Per dozen $6.00 

HALF-ROUND NOSE CHISEL. 

Per dozen $5.00 

CAPE CHISEL. 

Per dozen |6.oo 

DIAMOND NOSE CHISEL. 

Perdozen sk^oo 



Size, inches, i 

Perdozen.. $12.00 

FIRMER GOUGE. 

QE 

Size, inches, i ji^ 

Perdozen.. $950 11.50 

TAP BORER. 



2 
13.00 




Philadelphia Pattern. Extra Heavy Shank. 
Per dozen $5.00 

TAP BORER. 







New York Pattern, Extra Heavy Shank. 
Per dozen $5.00 

BASIN WRENCH. 

Buzzcll's Patent. 
Each I1.25 

BASIN WRENCH. 

Common, per dozen.. $7»5o 

BENDING PIN. 

Per dozen $3. 5.0 

One End Straight, per dozen 3.5c 



234 



NASON MANUFACTURING COMPANY, NEW YORK. 



PLUMBERS', STEAM AND GAS FITTERS' TOOLS.— Continued. 

TINNERS' SNIPS. RIGHT AND LEFT CALKING CHISELS. 




Full Length, ins. lo ii i2>^ 14 15 

Length of Cut-- - 2^ 3 3^ 4 43i 

Per Pair 1-75 i-QO 2.50 3.25 4.00 

SHAVE HOOKS. 




Oval per dozen, $3.50 




3^ Oval - per dozen, $3. 50 




Triangle — per dozen, $3.50 



Oval, Half Oval and Triangle Blades, 

per dozen, $1.50 
POT HOOK. 



Per dozen $1.50 

SOLDERING COPPER. 



Hatchet Pattern per pound , 

COPPER POINTED BOLT. 



.50 



Per pound 50 

COPPER POINTED BOLT. 



Per pound .50 

ROOFERS' COPPER BOLT. 



Per pound 50 




Price, each, Right or Left 

CALKING CHISEL. 



1. 00 




Number _ i 

Size, inch, % Y4. /8 ^2 "8 7^ 

Price, ea., $0.60 .60 .60 .65 .65 .70 .70 75 

YARNING CHISEL, 




No. I, y^ inch thick at point each, $0.7=' 

No. 2, tV " " " " -Sc' 



LOOKING GLASS. 




WIPING CLOTH. 





Per Doz 

Moleskin $2.75 

Per doz $4.00 Ticking 2.00 

PLUMBERS' 
BAG. 

New Pattern. Each. 

Plain $3.25 

Leather Bot- 
tom 3.75 

Leather Bot- 
tom and 
Sides .... - 4.25 

HACK SAWS. 

For sawing Brass, Iron, Steel, Lead Pipe and 

Metals of all kinds. 

Frames per dozen, $12.00 

Blades, inch.. 8 10 12 

■' per gross _ $7 80 10.20 12.60 



NASON MANUFACTURING COMPANY, NEW YORK. 



235 





Gas Main or Clearing 

Pump, 
Complete with Cock. 

Each $30.00 



Force Pump, 

with Stirrup. 

Each... $15.00 




Plain Force Pump. 
Each $12.00 




GAS FITTERS' 
PROVING PUMP 
AND GAUGES. 

Pump with six feet of fg 
inch rubber hose, cock and 
mercury column. 

Complete $25.00 

Pump only t5-oo 

Mercury Gauge 10.00 

Extra Glass Tubes 

for Mercury Gauge i.oo 
Cock with Ether Cup 5.00 
Hose, per foot .50 



236 



NASON MANUFACTURING COMPANY. NEW YORK. 




THE "H. J. & C." 
PLUMBERS' BLAST FURNACE. 

Weight of Furnace, 7 pounds. 
Height of Furnace, 17 inches. 

This furnace has been on the market since the year 1878, 
and retains the first place as the most effective apparatus of 
the kind in use. It recommends itself as being safe, simple, 
quick, handy, reliable and economical. Full directions for 
use accompany each Furnace, A special pot made for Electric 
Lineman's use. 

Furnace with two Shields, suitable for ^arge or 

small solder pot Each, 6.00 

Furnace, with two Shields and Hood, for solder 

coppf^rs " 7.50 





BOWSKY'S PLUMBERS' FURNACE. 



No. 


Diameter. 


Height. 


Weight. 


Price. 


4 
5 
6 


8 inches. 

9 " 
10 " 


14 inches. 
14 - 
14 " 


9 pounds. 
10 
10 


2.50 
3.00 
4.00 



Extra Grates, No. 4 and No. 5, 30 cents ; No. 6, 40 cents. 



IMPERIAL BLOW TORCH. 

A complete tool for brazing, burning paint, thawing frozen pipes, etc. 
Burns four hours with one filling. 

Price, each .$5.00 




SOLDER POTS. 



Sizes, inches. 
Each 



$0. so 



6 
0.65 



1. 10 



1-75 




PIPE BENDERS. 



For Bending Lead Pipe, Brass or Copper Tubing. 
1 inch, per dozen $7.00 ' ij^ inch, per dozen $10.00 



8.00 



12.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



237 




NASON'S PATENT PIPE UISE. 

OPEN JAW— WILL TAKE PIPE AT 
ANY POINT. 



Numbers , 



To take. 
Prioe . . . 



1 


2 


15.00 


Xt0 2 
18.00 



Xto3 
30.00 



MALLEABLE IRON PIPE VISE. 

LIGHT, CHEAP AND DURABLE. 



Numbers 


I 


2 






To take 


yk to 2, 
8.00 


Xto3 
12.00 


Price 









COMBINATION PIPE 
AND BENCH VISE. 



Numbers 


I 









To take Pipe 

Price 


>^ to 2 
16.00 


Kto3 
20.00 







23S 



NASON MANUFACTURING COMPANY, NEW YORK. 




IMPROVED SWIVEL PIPE VISE. 

Numbers i, 2, 3, 

To take yi to 2 ^/i to 3 X to 4 

Price 14.00 18.00 30.00 



ANGLE PIPE VISE. 



Numbers. .. i, 2, 



3, 



To take. ... >^ to 2 X to 3 j^ to 4 
Price 11.00 17.00 28.00 





MALLEABLE HINGE 
PIPE VISE. 



Numbers i, 



2, 



3, 



4, 



5. 



To take., i/^ to 2 X to 3 K to 4 2 to 6 2^ to: 
Price. ,... 10.00 13.00 24.00 30.00 45.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



239 



PIPE VISES. 




WALWORTH PIPE VISES. 

5 inch Jaw, for pipe i^g to 6 inch, each. - ..$18.00 




''KLINGFAST" PIPE VISE. 



Capacities : 

No, I holds pipe % to 1% inch, each $3.00 

No. 2 " " 1/^ to 2 " " 5-00 

Made of best quality gray iron with tool steel jaw. 




ARMSTRONG HINGED VISE. 



The Armstrong Improved Hinged Vise is simple in construction. They 
are made of the best malleable iron, on the mterchangeable system, so that 
any of the parts can be replaced if it should become necessary. 

No. I will hold from o to 2^^ inch pipe, price $10.00 

No, 2 " %X.o^% " " ..20.00 



240 



NASON MANUFACTURING COMPANY, NEW YORK. 



HINGED PIPE VISE. Seven Pound STEEL VISE, 



No. I takes from % to 2}^ in. Pipe. Weighs 16 lbs. 
No. 2 " " V^ " 4 " " " 38 " 




Jaws are forged from Tool Steel with the 
Teeth Milled. Frame is best malleable iron, 
screw is of steel, and handle is solid. The 
material and workmanship are first-class. 

No. i_. $10 00 

No. 2 -- 20 00 



TRUSTY PIPE VISE. 

Takes from J^ to 2 in. Pipe. Weighs 16 lbs. 

A Superior Tool, unsurpassed in either material 
or workmanship. 




Takes all sized Pipe up to 2 inches. 




This Vise can be carried in a tool bag. It is 
made particularly for the plumber to carry 
about on jobbing where a vise is necessary. 

Forged Steel Jaws $4 50 

Cast Steel Jaws 3 50 



''SIDE ISSUE" 
MALLEABLE PIPE VISE. 

No. I, Holding i/^ to 2 in. Pipe. Weight, 15 lbs. 
No. 2, " 2 to 6 *' " go " 




This is a first-class, high-grade tool, suited 
to heavy work. The frame is malleable, Can be bolted in any position, making it a 

screw steel, and the Jaws are forged from Tool handy Vise for jobbing work. 

Steel, with the Teeth Milled. jsjo. i. ...$6 00 

Price $8 00 No. 2 27 00 



NASON MANUFACTURING COMPANY, NEW YORK. 



241 



PARKER'S PATENT PARALLEL VISES. 




Numbers 

Weight, lbs 

Length of jaws, inches. 
Price 



000 



23 3i>^ 41'A S9V2 83 I20- 237 

3% 3H 4H 4H SH (>ys ^/s 

6.25 7.00 9.00 11.75 16.25 24.00 50.00 



PARKER'S PATENT PARALLEL SWIVEL VISES. 




Numbers 

Weight, lbs 

Length of jaws, inches. 
Price 



23 



24 



26 



48 


63K 


90 


131 


4>/ 


4^ 


5% 


6}i 


11.00 


14-50 


20.50 


30.00 



242 



NASON MANUFACTURING COMPANY, NEW YORK. 



STILLSON'S PATENT WRENCH. 




Length 6 8 lo 14 

Win'take ig-K V8-% %-^ M-i^ 

Price - 2.00 2.00 2.25 3.00 

Extra Jaws .67 .67 .75 i.oo 

" Frames .25 .25 .33 .45 

Nuts. .20 .20 .27 .35 

Handles .15 .15 -20 .25 

-TRIMO" WRENCH. 



M-3K 



4.00 

1-33 

.55 

.42 

•30 



6.00 

2.00 

.65 

.50 



12,00 
4.00 

•75 
.65 



1-5 



18.00 

6.00 

1.00 

.80 



Length open, inch 
Takes from 

Price 

Jaw 

Nut 

Inserted Jaw 

Frame 




^in. wire 

to 
% in. pipe. 



2.00 
.67 
.20 
•25 
•25 



[in. wire^ 

to 
in. pipe. 



2.00 

.67 
.20 

.25 
•25 



10 



1^ in. wire 

to 
I in. pipe. 



■25 

'75 
,27 

■33 
.33 



14 




18 


J4 in. wire 


^ir 


. wire 


to 




to 


il^ in. pipe. 


2 in 


pipe. 


3.00 


4 


00 


1 .00 


I 


33 


•35 




42 


.50 




55 


•45 




55 



24 



34 in. wire 

to 
■2}/^ in. pipe. 



6.00 
2.00 

•50 
•65 
•65 



36 



1^ in. pipe 

to 
3% in. pipe. 



12.00 

4.00 

.65 

I.OO 

•75 



48 



I in. pipe 

to 

5 inch. 



18.00 

6.00 

.80 

1.25 

I.OO 



COES' WRENCHES. 




Sizes . 



Price, Black. 
" Bright. 



10 



12 



•75 
85 



.85 
•95 



00 
17 



ALLSTON WRENCH. 



17 

35 



15 



2.00 
2. 17 



2.50 
2.75 



21 



3.00 

3-25 




Length Open 


6 

]^ in, wire 

to 
y» in. pipe. 


8 


10 


14 


18 


24 


35 
y^ in. pipe 

to 
sV^in.pipe. 


48 


(jnps ■\ 


]/^ in. wire 

to 
% in. pipe. 


% in. wire 

to 
I in. pipe. 


J^ in. wire 

to 
iV^in.pipe. 


14 in. wire 

to 
2 in. pipe. 

4.00 

1.33 
•30 
•42 


14 in. wire 

to 
aj^in.pipe. 


I in. pipe 

to 
5 in. pipe. 


Each 


2.00 

.67 

•15 
.20 


2.00 
•67 
■15 
.20 


2.25 

•75 
.20 
.27 


3.00 
I .00 

•25 

•35 


6.00 
2.00 

•50 


12.00 
4.00 

""'65 


18.00 


Extra Jaws. 


6.00 


Extra Handles 

Extra Nuis 


"".80 



NASON MANUFACTURING COMPANY, NEW YORK. 



243 



BAXTER'S ADJUSTABLE '' S " WRENCH. 




Length 


4 


6 


8 


10 


12 


15 


Price 


.50 


•75 


1 .00 


1.50 


2.00 


2.50 



WESTCOTT ADJUSTABLE "S" PIPE WRENCH. 




With Pipe Jaw. 




8 inch takes pipe from % to % inch $1 


•25 


TO " " " " % " I " ---- I 


50 


12 " " • " " Vs " iH " ---- 2 


.00 


14 " '' " " Vs "i^ " ---- 2. 


.50 




f 

With Smooth Jaw. 

8 inch opens to I inch $ .75 

10 " " " 1% " I- 00 

12 " " " i^s " 1.25 

14 " " " 2 " ...: 1.75 



ALLIGATOR WRENCH. 



Number i, 2, 

Holds Pipe, inches, . . >^ to ^ ^ to |^ 

'' Round Iron in. ^ to 1^ /^ to i 

Length, inches, 5^ 10 

Price, per dozen, .... $4.00 12.00 



3, 


4, 


5. 


Twin. 


Ktoi^ 


iX to 2 


2 to 3 


j >^ to 3/ 


l^toi^ 


I'A t0 2>^ 


2^to3K 


] X to I 


16 


22 


27 


10 


24.00 


.36.00 


54.00 


18.00 



CLIMAX RATCHET WRENCH. 




No. I Wrench and 5 Sockets $2.25 No. 2 Wrench and 5 Sockets $3-25 

No. I Wrench, 9 ins. long (no Sockets) - i . 75 No 2 Wrench, 11 ins. long (no Sockets). 2.50 
Drill Socket for No. I Wrench 1.50 Drill Socket for No. 2 Wrench 2.00 

No. 3 Wrench and 4 Sockets $4-50' 

No. 3 Wrench, 15 ins. long (no Sockets) 3 . 50 

Drill Socket for No. 3 Wrench 2 . 50 

The three Wrenches take all sizes up to and including i inch of Set Screws, Square and 

Hexagon Head Cap Screws, Square and Hexagon Nuts (both United States and Manufacturers' 

Standard) and Lag Screws. 

WROUGHT IRON KEY WRENCH. 




Length of Jaw. . . . 


2>^ 3 


3K 4 


4>^ 5 


Price 


- . 3 . 00 4 . 00 


5.00 6.00 


8.00 .TO. 00 



244 



NASON MANUFACTURING COMPANY. NEW YORK. 



HALL'S IMPROVED PIPE WRENCH. 




It is quickly adjusted to different sizes of Pipe, and grips, quickly and firmly, galvanized as welt 
as other Pipe, It releases instantly, and cannot lock on the Pipe. 

Having only one gripping point it mars the Pipe less, and acts more like the old Pipe Tongs 
than any other Wrench. 

It can be easily sharpened on any grindstone or emery wheel, without taking apart. 

It has no springs or other parts to break or get out of order. 

The jaws are smooth and parallel, and will not mar a nut or highly polished fittings. 

When used with Hall's Elastic Pipe Clamps, it will grip the thinnest and most highly polished 
Pipe or Tubing without marking or crushing it. 



Length Open Inches, 

Size of Pipe " 

Largest Opening / ., 

for Nut or Bolt, f 
Price Each, 



6 
oto}4 



7/ 

/8 



lO 

J to 



14 
to l\i 



|2.00 2.50 3.00 

The 6-inch are Nickel Plated. 



^toii^ 

4.00 



24 

6.00 



ELASTIC PIPE CLAMP.— FOR brass pipe. 

FOR HALL WRENCH. 




Outside Diameter of Pipe or Tubinej. 



M' T6. ^. T6 in. 

^8, ii ^. if. /^i I 

lA, ri^, 1I4, i^, i^g^ i}4 <■ 



■ . 8' 



i^, i;^8. 2 



Size Wrench 


Price 


Required. 


Each . 


ID or 14 in. 


% .75 


14 or 18 ' 


1. 00 


18 or 24 * 


1-25 


24 " 


1-75 



HAYDEN PIPE WRENCH. 

FOR BRASS AND NICKEL PIPE. 




No. 2. — 10 inch Wrench Bar (only) , |i . 25 

y^, ^, and I inch Clamps for No. 2 Wrench, each .75 

No. 3. — 18 inch Wrench Bar (only) 2.50 

l/^» i^. and 2 inch Clamps for No. 3 Wrench, each i . 50- 

Made from forged steel, and is the only wrench made which won't mark or crush the pipe. It 
can be ratcheted same as any wrench. 



NASON MANUFACTURING COMPANY, NEW YORK. 



243 



VULCAN PATENT DROP FORGED STEEL CHAIN 

PIPE WRENCH. 



For Gripping, Turning or Holding Pipe, Bolts, Bars, Shafts, etc., from }^ to 18 inches 
Diameter. Eight Sizes. With either Cable or Flat-Link Chain. 




With Cable Chain. 




With Flat-Link Chain 



To change the chain, unscrew one cap-screw, BUT REMOVE NEITHER JAW ; slip 
out the internal pin on which the chain swings, thus releasing the chain ; insert new chain, 
replace pin and cap-screw, screwing the latter firmly into place. 



DESCRIPTIVE PRICE LIST. 



Size 

Price, with flat-link chain, each 
Price, with cable chain, each. . 

Capacity, size pipe 

Length over all 

Weight 

Extra flat-link chains, each — 

Extra cable chains, each 

Extra jaws, pair 

Length flat-link chain 

Length cable chain . . 



No. 



^toJ 



m 



10 

50 
25 
^in. 
in. 
lbs. 
75 
50 
00 
in. 
in. 



No. .11 
3.50 
3.25 



No. 12 
5.00 
4.50 



i^gtol^^in. i<to2!4in. 



20 m. 
4U lbs. 

1.00 
.75 

1.75 
1S14 in. 
14K in. 



27 in. 

8M lbs. 
1.50 
1.00 
2.75 

17^ in. 
18 in. 



No. 13 


No. 13^2 


7.00 


9.00 


6.25 


7.75 


M to 4 in. 


1 to 6 in. 


37 in. 


441^ in. 


16 lbs. 


21 lbs. 


2.50 


3.25 


1.75 


2.00 


4.00 


4.75 


221/^ in. 


31 in. 


27 in. 


33J^ in. 



No. 14 

11.00 

9 50 

1^ to bin. 

50y2 in. 

29 lbs. 

4.00 

2.50 

5.50 

39 in. 

42 in. 



No. 15 
18.00 
16.00 
2 to 12 in. 
64!^ in. 
49~lb8. 
6.00 
4.00 
7 50 
54^ in 
57 in. 



ROBBINS' CHAIN TONGS. 




N umbers 2 

Will take 1—2 

Price $5-50 

Length 27 in. 



iM-5 
6.25 
3 ft. 



2—7 
9.00 
4 ft. 



2% — 10 
12.50 

5 ft. 



2}4 — 12 
16.00 



« 



246 



NASON MANUFACTURING COMPANY, NEW YORK. 



BROWN'S ADJUSTABLE PIPE TONGS. 




No. I, for 1^ to 3^ inch Pipe .60 

No. ii^, " 3/ to I " ** ---- 75 

No. 2, " Kto i}4" " -SS 



No. 3, for I to 2 inch Pipe 1.20 

No. 4, ■' i}4 io 3 " " 2.70 

No. 5, " 23^ to 4 " " 6.0G 



COMMON PIPE TONGS. 



Sizes, inches 
Prices, each 




Length, inches. 
Per dozen. 



GAS PIPE PLIERS. 




BLACK HANDLES, POLISHED HEADS. 



8 
12.00 



9 
14 00 



10 
15.00 



II 
16.00 



12 
18.00 



Polished complete, add $2.00 to lists. 



BURNER PLIERS. 



13 
21.00 



14 

24.00 




POLISHED COMPLETE. 

Length, inches 5^7 

Per dozen 8.00 9.00 10.00 

Nickel plated - 10.00 11.00 12.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



247 



STANWOOD IMPROVED PIPE CUTTER. 




No -.: I 

Cuts Pipe - % to I 

Each 1,50 

Extra Blocks and Wheels, each. .45 

Extra Wheels, each .12 

Pins, each .05 



2 


3 


^ to 2 


2 to 3 


2.25 


7.00 


.60 


i.2q 


.18 


•25 


05 


.08 



STANWOOD IMPROVED THREE-WHEEL PIPE CUTTER. 




No. I 

Cuts Pipe 1/^ to I 

Each 4- 50 

Extra Small Wheels, each .11 

Extra Large Wheels, each .16 

Extra Blocks, each. .60 



^ to 2 


iH to 3 


6. CO 


10. 00 


12 


.18 


.18 


25 


.90 


1.50 



BARNES' PIPE CUTTER. 



Allfflii P-^-"^-*^' *-'*^"'''^-'*^'^ 




No. I 

Cuts Pipe 1 8 to I 

Each 450 

Extra Wheels, each .25 

Extra Wheel Pins, per dozen i . 00 




2 


3 


4 


5 


6 


7 


^ to 2 


i^to 3 


2% to 4 


4 to 6 


6 to 8 


9 to 12 


6.00 


10.00 


20.00 


30.00 


40.00 


50.00 


•30 


.40 


•50 


•75 


■75 


•75 


1. 00 


1. 00 


2.00 


2.00 


2.00 


2.00 



SAUNDERS' PIPE CUTTER. 




No _ _ I 

Cuts Pipe % to I 

Each _ 3. 00 

Extra Blocks and Wheels, each. 1.25 

Extra Wheels, each _ .24 

Extra Rollers, each .24 

Extra Pins .10 



2 


3 


4 


5 


I to 2 


2 to 3 


2h to 4 


4 to 6 


4-50 


II .00 


18.00 


28.00 


1-75 


2-75 


3 50 


4.00 


.32 


.60 


.60 


.60 


•32 


.50 


•50 


.60 


.10 


•15 


•15 


•15 



248 



NASON MANUFACTURING COMPANY, NEW YORK. 



ARMSTRONG PIPE CUTTER. 




No I 

Cuts Pipe X^ to i}4 

Each $4. 50 

Wheels or Rollers, each .. .25 

CURTIS PIPE CUTTER. 



1^ to 2}4 

6.00 

•30 




iK to 4 
15.00 

.50 



Number. 
2 



Range. 



Price. 

$6.00 



''TRIMO" PIPE CUTTER. 




Size 

Cuts Pipe . _ 1^ to 1 3^ 

Price, with two extra wheels, interchangeable nut and special 

handle 

Extra nuts, each 

Extra wheels, each .. 

Extra rolls, each 

Extra pins with cotter pins, per doz 

Extra anti-friction washers, per doz 

Extra fork block carrier, each _ 



0. 1 


No. 2 


No. 3 


toiK 


1^ to 2 


iH to 3 


4-25 


6.25 


12.25 


•35 


•35 


.40 


•30 


.30 


.40 


.25 


•30 


• 50 


1. 00 


1. 00 


1. 00 


.60 


.60 


.60 


.10 


,10 


.10 



No. 
No. 
No. 
No. 



SAUNDERS' TOOL CUTTER. 

FOR CUTTING BRASS, COPPER AND IRON TUBE, ETC. 




Complete Extra 

Cutters. Plain Rollers. 



1, Cuts Ig to I inch.. $6.50 

2, " I to 2 " 8.00 

3, " 2 to 3 " . 16.00 

4, " 2i^to4 " .* 25.00 



.24 

•32 
•50 

■75 



Extra 

Tools. 

.18 

.25 

•35 

•45 



Extra Block Extra 



Extra 



and Rollers. 
1-25 

1^75 
3-25 
4-25 



Bead Rollers, i'ins. 



.40 

.60 

1. 00 

1.25 



.10 
.12 
.15 
•15 



NASON MANUFACTURING COMPANY, NEW YORK. 



249 



THE FORBES' 
PATENT DIE STOCK. 



As Arranged for either Hand 
OR Power Use. 




No. 78 Power Machine. 
THESE MACHINES CAN BE TAKEN FROM THE BASE AND USED AS HAND 

MACHINES. 
The following prices include counter-shaft, ratchet wrench and pipe rest. 

PRICE LIST. 



Number. 



^ 70 

* 72 

* 74 

* 76 

78 
80 
82 
84 
86 
88 
90 
92 

94 

96 

98 

100 

102 



power 



Range. 



J4 to 2 inch R. and L. 

54 to 2 inch for Solid Dies. 
I to 3 in. R. H., I to 2 in. L. H 
% to 3 in. R. H., % to 2 in. L. H 

2}^ to 4 inches. R. H. 



i\^ to 4 


R 


H. 


1^ to 4 


R. 


&L. 


I to 4 


R. 


H. 


I to 4 


R. 


& L. 


4 to 6 ' 


R. 


H. 


3^4 to 6 ' 


R. 


H. 


^V^ to 5 • 


R. 


H. 


2^ to 6 


R. 


H. 


I to 6 


R. 


H 


1 to 6 


R. 


& I-. 


2I4 to 8 ' 


R 


H. 


2^^ to 10 ' 


R. 


H. 



Weight. 



250 lbs. 

245 " 

300 " 

330 " 

330 '■ 

330 '■ 

330 " 

330 " 

335 " 

440 ' 

450 " 

500 " 

515 
520 " 
900 " 
1300 " 



Price. 



$100.00 
95.00 
125.00 
135.00 
140.00 
150.00 
165.00 
160.00 
180.00 
170.00 
180.00 
200.00 
225.00 
250.00 
285.00 
500.00 
700.00 



* -Are not fitted with Cut-off Attachment. 



250 



NASON MANUFACTURING COMPANY, NEW YORK. 



Nos. 30 AND 32, FORBES' PATENT DIE STOCK. 





Front View. 



Back View. 





PRICE LIST. 






NUMBER. 


RANGE. 


WEIGHT. 


PRICE. 


30 

32 

34 
36 


1^ to 2 inch, both Right and Left. 
1^ to 2 inch for Solid Dies. 
I to 3 inch R. H., i to 2 inch L. H. 
3^ to 3 inch R. H., ^^ to 2 inch L. H. 


80 pounds 

75 " 
115 
120 


$50 00 
45.00 
75.00 
85.00 






■ Q 






<: 

X 


OQOOOOOOGO 00 




0000000000 OOOC 






ir^OioOOioOOmO 0"^>A0 




u 


ooOMi-ir^iHrotnr-^O O-roNO 




^MMMMM«l-iMrO WOifOlO 










K 






0. 






H 


in..-^.,..^.^^ ...-^ 




S 


^- ^ - ^ . ^ ^ ^ ^ ^ ^ ^ ^ 







•"^ 






lOmOOiAOi'^OioO OioOO 




u 




^ 


Mw.-^(-iMrr;ro(^mt^ ^ rrivo t^ 


H 
































m 
































H^ 
































hJ 
































w 
































u 
































HH 
































C^ 
































cu 








-1 


J 












kJ 







z 

<: 


EEdsj^daffiffiffiffiS ffic^sa; 




X!:^:^;^xdddoi.^ pipioiDi 












i>. -.,.-.. . >X- - - 












■" ■ vO VO 00 






Tj- ■* Tj- M- -^O VO 10\0 VO ™ M 






0000000000^0000 












:?j::^^' :^:i':s':?;« :x:::?! 






C,)-MHiM-.l-mNM(M MMNM 




6 


VO CO N ■* N ■^vo 0) 00 -"l-vo 




■.^fo■<^■.^■.^^olou^ u-ivo \ri\o vo vo 




v; 




























> 



Front View No. 46 Machine. 
These Machines have Opening and Adjustable Dies. 



NASON MANUFACTURING COMPANY, NEW YORK. 



251 



ARMSTRONG'S ADJUSTABLE STOCKS AND DIES. 




Without Stand. 

No. o Hand Machine, without Dies $50.00 

No. o " " with Pipe Dies, !:£ to 2 in. K. H. 60.00 

No. o " " with Bolt Dies 1^ to 13^ R. H. 60.00 

Power Attach, 
(no Countershaft.) 

No. o Machine, without Dies $65 . 00 

No. o " with Pipe Dies 34 to 2 in. R. H 75- 00 

No. o " with Bolt Dies, ^ to ii^ in _ 75-oo 

No. o " Pipe Dies, 3^-2 in. R. H. with Stand 85.00 

No. o Machine Power Attachment, no Countershaft - $15.00 

No. o Machine Countershaft 28.00 

No, o Machine Stand.-- -- 10. cx) 

Unless specified, Machine is shipped without Stand and for hand use. 



With Stand. 

$60.00 

70.00 

70.00 

Power Attach, 
and Countershaft. 

$93 . 00 
103.00 
103.00 
113.00 




Adjustable Stock No. 3 and Pipe Dies. 

No, 3 Stock, 3 sizes, Pipe Dies, i34 inch to 2 inch Right $20.00 

24.00 

" 28.50 

" and Left 32.00 



No. 3 * 


* 4 






* I " 


" 2 


No. 3 ' 


' 5 






• % " 


" 2 


No. 3 * 


' 3 






' i^ " 


" 2 


No. 3 ' 


' 4 






' I 


" 2 


No. 3 ' 


' 5 






♦ % " 


'* 2 



-- - _ 40.00 

" ---- 48.50 

Extra Dies, each, No. i, U tn 14, 1.25; No. 2, 3^ to i, 1.50; No. 3, i to 2, 4.00. 
" Bushings, each, 20, 25. .50. 



252 



NASON MANUFACTURING COMPANY, NEW YORK. 



ARMSTRONG'S ADJUSTABLE STOCKS AND DIES. 




ADJUSTABLE STOCK NO. i AND DIES FOR THREADING PIPE. 

No. I Stock, 4 Right Hand Pipe Dies, l^ to }4 in., each $9.00 

No. I Stock, 4 each Right and Left Pipe Dies, }/^ to 3^2 ^^•■> each -.» 14.00 

I 

I 

miiM 




ADJUSTABLE STOCK NO. 2 AND DIES FOR THREADING PIPE. 

No. 2 Stock, 5 Pipe Dies, Right, 1^ to i inch $12.00 

No. 2 " 6 " " " % •' I " • 14.00 

No. 2 " 5 '* " Right and Left, 1.^ to r inch. 20.00 

No. 2 "• 6 " '' " " ' 1^ to 1 " 23.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



253 



ADJUSTABLE STOCKS. 




ARMSTRONG ADJUSTABLE STOCK No. 7. 

No, 7 Stock, Cutting 2%, 3, 3^^, 4 Right $60.00 

No. 7 " " 2}^ and 3 Right--. 45.00 

No. 7 " " 3% " 4 " 45-00 

No. 7 " " 2I4, to 4 " 92.00 

No. 7 " " 23^ and 3 or 33^ and 4, R. and L 60.00 

JARECKI PATENT SCREW PLATE AND PIPE CUTTER. 




No. I Threads 


an 


d Cuts 3^, 


%, %. 


%. 






$14.00 


Shipping Weight, 


boxed 


, I2lbs. 


" 2 " 






" K, 


%^ I, 


I^. 






16.00 






24 " 


" 3 






I, 


iM. i^, 


2. 






20.00 






32 " 


" 3^ 






" >^' 


%. I, 


iM. 1 


^, 


2, 


22.50 






34 " 


" 4A 






"■ iK. 


2, 2K. 


3, 






35.00 






84 " 


" 4B 






" 2^, 


3, -ili. 


4, 






50.00 






88 " 


" 5 






" 4M. 


5, 6, 








75.00 






108 " 


.. 5A 






6, 


7. 8, 








125.00 










Number 








I 


2 




3 


3.^ 

2 Sets 


4A 4B 


5 


5 A 


Dies, per set, right 


or 


left hand. 


$2.00 


2.00 




2.0c 


) 4.00 


3.00 3.00 


6.00 


6.00 


Knives 


-- 






.40 


.40 




•40 


.40 


.50 .50 


.60 


.60 



254 



NASON MANUFACTURING COMPANY, NEW YORK 



MALLEABLE IRON STOCKS WITH DIES AND GUIDES, 

FOR SCREWING IRON PIPE. 




COMMON STOCKS WITH SOLID DIES. 




2xy2 



9-50 

3-50 

1.50 

•25 



Numbers „ 

Pipe Sizes of Dies i^^ ^ ^ ^^ x^, 

Dimensions of Dies 

Complete with R. H. Dies. . .' 

Stocks only 

Extra Dies, Right or Left 

Extra Guides 

Die Frames 

* No. I Stock made with i in. Bushing extra. 

Numbers 

Pipe Sizes of Dies i j 

Dimensions of Dies 

Complete with R. H. Dies 13. SO 

Stocks only 6 ^^ 

Extra Dies, Right or Left.' 2 . 50 

Extra Guides . - 

Die Frames ,^ 



l^i 



IV. 



3x ^ 



X> ^, 'A, Ya. I. 



x 3/ 



15.00 
5-00 
2.00 

.35 
•30 



1^4^. iK. 2. 



4x1 



3x 3/ 



13.50 
6.00 
2.50 

•45 
.40 



■2%, 3- 
5X1^/ 



20.00 


43.00 


9-50 


25.00 


3-50 


9.00 


.60 


1. 00 


..so 


.60 



NASON MANUFACTURING COMPANY, NEW YORK. 



255 



PACKER RATCHET. 




BOILER MAKERS' RATCHET. 
(Short Stock.) 



SLEEVE RATCHET, 



No. I Sleeve, lo inch handle $10.50 

No. 2 " 12 " " 13.50 

No. 3 " 16 " " - 16.00 

No. 4 " 18 ' " 19.00 

No. 5 " 24 " " 23.00 



No. I Boiler, 10 inch handle. 
No. 2 '^ 12 " " . 



$9.00 
10.50 



SMITH'S PATENT RATCHET. 




By removing the cap "A" the stock may be instantly removed, and th- entire tool taken 
apart ; or, when a Boiler Ratchet is required, a short stock " B," as shown, can be substituted 
for the long one, and thus the necessity of having two Ratchets is avoided. The working parts 
being entirely enclosed, no dirt or chips can enter gears, and the tool can be kept thoroughly 
oiled at all times without fear of clogging up. 

Each Ratchet is fitted with two Socket Bushings, one for square shank Drills and one 
round to fit shank of a No. 2 Morse Twist Drill. 



No. 1, 12 inch Lever --$i3-50 

No. 2, 15 " " 16.00 

No. 3. 18 " " -- I9-OQ 



BOILER RATCHETS. 

No. 1,12 inch Lever $9.00 

No. 2, 15 " " 10.50 



Extra Short Stocks, for Boiler Work, for either 12 or 15 inch $6.00 



256 



NASON MANUFACTURING COMPANY, NEW YORK. 



KEYSTONE RATCHET DRILL, REVERSIBLE. 




No. I Ratchet Drill (lo-inch handle), with Socket and P'eed Nut. 



(14-inch 
(16-inch 
(18-22-inch " 
(24-inch " 
(28-inch " 



Cut shows Ratchet Drill, adjusted, for 
square shank drills, cut " A "; also other parts 
for drilling purposes, all parts being inter- 
changeable in holder. "C" represents socket 
for Morse taper shank drills, and "D" is a 
sleeve fitted to Morse taper socket and in which 
square shank drills may be used. '' B " repre- 
sents Boiler Makers' Drill for square shank. 
" F " indicates the knob for reversing the move- 
ment of ratchet. " E " indicates the cap by 
which the various sockets are held. The Feed 
Nut, shown in cut "A," is used also with 
Morse taper shank drill socket '" C," and with 
which a novel and unique method is employed 
for dislodging the drill or sleeve from the 
socket. 



Square. 


M 


orse Taper 


$5.00 




$5.25 


5-75 




6.00 


6.50 




6.75 


7-25 




7.50 


7-75 




8.00 


8.25 




8.50 



BOILER MAKERS' RATCHET, WITH SHORT SCREW FEED. 



No. 1 (lo-inch handle). 



2 (14-inch 

3 (16-inch 

4 (18-22 inch 
4 (24-inch 

4 (28-inch 



Separate Parts. 

Ratchet Holder . . 

Socket for Square Shanks, with feed nut 



Socket for Morse Taper, with feed nut 

Socket for Boiler Makers' Drill and feed hcievv 

Feed Nut 

Square Shank Drill Sleeve 

Morse Taper Shank Drill Sleeve 



No. I. No. 2, No. 3. 

$3-50 $4.00 $4-50 

1.50 1.75 2.00 

Takes No. t Takes No. 2 Takes No. 2 

sleeve. sleeve. sleeve. 

I -75 2.00 2.25 

• • 1.50 1-75 2.00 

-60 .75 .90 

1. 00 1.25 1.25 

1.80 2.40 3.00 

N. B. — All drill sockets interchangeable with holder either of socket wrench or stud driver. 



5-75 
6.50 

7-25 
7-75 
8.25 

No. 4. 

$5 GO 
2.25 

Takes No. 3 
sleeve. 
2.50 
2.25 
I. OS 
1.50 
4 40 



RATCHET STUD DRIVER OR TAP WRENCH. 




Illustration shows Tap Wrench or Ratchet Stud Driver, with nut socket adjusted, as cut "A." The square, of 
hole in sockets measure: No. i, %inch; No. 2. %inch; No. 3, i inch; No. 4, ii^ inch. Cut " B '* shows stud 
nut with stud. 

No T Stud Driver (lo-inch handle), with one Stud Nut. $485 



Holder 

Stud Socket. 
Stud Nut . . . 



(14-inch 
(16 inch " 
(18-22-inch " 
(24-inch " 
(28-inch 



Separate Parts. 



No. 



1-50 
•75 
.60 



No. 2. 
$4.00 
1. 00 
•75 



No 



1.25 
.90 



• 5-75 
. 6 C5 

• 7-50 
. 8 00 

8.50 

No 4- 

$5.00 

1.50 

1. 00 



Note.— In ordering Stud Nuts, state size of studs for which nuts are required. 
N. B. — Stud Driver Sockets, interchangeable, in holder of Ratchet Drill. 



NASON MANUFACTURING COMPANY. NEW YORK. 



257 





Diameter. 
Price 



PIPE TAP. 



li M 



PIPE REAMER. 



TAPS. 



3^ 



^y2 



V-A 



,_ $1 12 1.25 1.50 1.87 2.50 3.12 3.75 4.62 6.25 10.50 15.00 4200 5000 



Threads per in- 27 18 18 14 14 11)^ w}/^ 



II 



II 



REAMERS. 



Diameter. 
Price 



% 



ii^ 



iK 



2K 



$1.12 1.25 1.50 1,87 2.50 3.12 3.75 4.62 6.25 10.50 15.00 




HUMPHREY COMBINED DRILL, REAMER AND TAP. 



Diameter. 
Price 



>4 
$2.50 



2.50 



7% 
3.00 



/4 
4.50 



I 
6.00 



7-25 



^/2 
8.50 



2 
10.75 



FLAT AND PIPE DRILLS. 




Sizes, 6 in. long 

Each 



.40 



/4 
.40 



78 
.40 



72 
.40 



FLAT DRILLS. 

7^ I 
45 



% 



3^' 

/■4 



.40 .45 



^8 

45 



.50 .55 



1% 
.60 



.65 



Sizes. 
Each 



PIPE DRILLS. 

IZ U 3Z 1/ 



^8 
.91 



.91 



■¥ 



ll^ 



74 



75 



1. 00 



2^2 



1. 00 



.95 .98 1.04 1. 14 1.23 1.35 1.56 1.80 3.25 



MACHINISTS' HAND TAPS. 



V, U. S. OR 

Unless advised 



Whitworth Shape or Thread. 
to the contrary, we fill orders with 
Y Threads 



Size. 



Va 



V^ 









Whole 
Length. 



2% 
3}^ 



4% 



.13 

5l5 

6 

6% 
6% 
7V4, 

7% 



Ql5 

9H 



Length 
Thread. 



1% 



2^ 



3 

3^4 
3Hj 
3H 
3H 
4^ 
4H 
4^4 



No. V 
Threads 
TO Inch. 


Price 
Each. 


16, 18, ?o 

16, 18 

14, 16, 18 

12, 14, 16 


$0.45 
•50 
•55 
.60 


12, 13, 14 

n 14 


.70 
80 


10, II, 12 


QO 


II, 12 


1 05 


10, II, 12 


I 20 


TO 

9, 10 


1 .40 
1 .60 


9 


1.80 


8 


2.00 


7.8 
7 


2.25 
2.60 


6 


3 00 


6 
5,5i 


3-50 
4.20 


5 

4J. 5 
4^ 


5.00 
5-80 
6.70 



Price 
per 

SET OF 

3 Taps 

$1-35 
1.50 
1.65 
1. 80 
2 10 
2.40 
2 . 70 

3.15 
3.60 
4 -20 
4 80 

5-40 
6 CO 

6-75 
7.80 
9 00 
10.50 
12.60 
15 00 
17 40 
20. 10 




TAPER TAP. 




PLUG TAP. 




^S^'^N'^^^^l^Ki^^i^'glS^'s^^^^^l^^^^^ 



BOTTOMING TAP. 



Left hand Taps, regular sizes as above, same list prices as right hand. 



25^ 



NASON MANUFACTURING COMPANY, NEW YORK. 



MORSE TWIST DRILLS. 



TAPER SHANK, 



STRAIGHT SHANK. 




TAPER SQUARE SHANK DRILLS FITTING RATCHETS. 



PRICE WITH TAPER OR 
STRAIGHT SHANKS. 




M 



H 



^A 



% 



^35 

■, 7 



\V» 



M 



1% 



^o.6o 
.65 
.70 

•75 
.80 

•85 
.90 

•95 
1 .00 
1. 10 
1 .20 
1.30 
1.40 
1.50 
1.60 
1 .70 
1.85 
2 00 

215 
2.30 

2^45 
2 60 

2-75 
2. go 
3.00 
.20 
.40 
.60 
.80 
00 
,20 
40 

4^5° 
4.65 
4.80 
5.00 
5,20 

5 40 
5.60 
5-8o 

6 00 
6.30 
6.60 

6 90 
7.20 

7-50 

7 80 

8 10 
8.40 
8.60 
8 80 
9.00 
9.20 

Q 35 
9.50 
9.65 
9.80 



6% 
6I4 



6% 
7 

iVa 

7H 
7M 
8 

8M 
8V^ 
8M 

9^ 
9!^ 
9% 
9% 
o 

oH 






2)4 

2^ 

4>^ 

4% 
4Vt 

4% 

4% 



5^4 

5% 

SV^ 

59^ 

5% 

5% 

6 

6^ 

6M 

68| 

6V6 

61^ 

6^ 

6^ 

6)^ 



^. 



Price with Square Shanks. 
% in . by % in . and i V^ in . long, and Shanks % in. by }^ in. and 1% in . long. 

Diam. 



M 



Price. 

$1.00 


Length. 
5 in. 


Diam. 


Price. 


Length. 


Diam. 


Price. 
$3, 10 


I^engt 


T^sin. 


$1-35 


6)^ in. 


iV^in. 


9 in 


1.05 


5 " 


% " 


1.40 


6»4 '• 


i/e " 


3-35 


9 ' 


I. ID 


5 '' 


H " 


1-45 


6}^ " 


■M " 


3.65 


9 ' 


I-I5 


5 ' 


% " 


1-55 


6^ " 


it\ " 


390 


9 ' 


1.20 


6 " 


li " 


1-75 


7 " 


1% " 


4.20 


9 * 


I 25 


6^ " 


%" 


2.05 


7J^ •' 


, IT6 " 


4-50 


9 ' 


1.25 


6^ " 


H " 


2.30 


8 " 


I^ " 


4.80 


9 ' 


1.30 


6^ " 


I " 


2-55 


m " 








1.30 


6)^ " 




2.85 


9 " 









No, 
No. 
No. 

No. 



Parties ordering Taper Square ^hank Drills will please furnish drawings showing 
the square of the Shank ana its length, and the full length of the Drills. 

Prices of Drills per Set. 
Set of Taper Shank Drills, 14 to i in. varying by i6ths....$ 20.00 
Set of Taper Shank Drills, % to i|4 in. varying by i6ths 34- 50 

Set of Taper Shank Drills, % to % in. by 32ds, \^ to i)4 in. 

by i6ths 42 . 00 

Set of Taper Shank Drills, % to % in. by 32ds, ^| to 1]^ in. 

by i6ths $64 . 00 

ly^g to 2 in. by i6ths , 67.00 131.00 

Set Drills. Straight Shanks, jg to l^ in. by 64ths, mounted, 10. co 
Set Drills, Straight Shanks, ig to l^inrby 32ds, mounted, 5.40 

Set Drills, from 60 to % in., mounted 9-9o 

Set Drills, Steel Wire Gauge, from No. i to 60, mounted., .. 8.10 
Half Set Drills, alternate Nos. from i to 59, mounted.... 4.30 

Set of Taper Shank Drills % to i}^in. by 32ds $107.50 

ig| to 2 in. by 32ds 132.50 240.00 



STEEL SOCKETS FOR TAPER SHANK DRILLS. 



No. 


s- 


No. 


6. 


No. 


7- 


No 


8. 


No. 


9- 


No. 


II. 




Number 

Each 

Holds Drills, 



Taper Socket. 
I 2 

$1.20 I. 80 

^ to if % to if 



3 
2.50 
I to 1I4 



4 

4.00 

155 to 2 



S 

7-5° 

2^*03 



STEEL SOCKETS FOR TAPER SHANK DRILLS. 



ili_ 


"^^Tet^ 


^^^ 


3 
3.20 

4 




Number 

Each 

Shank fitted to Sockets No 


1 

$2.00 

2 or 3 


2 

2.50 

3 


4 

4.80 

5 



STEEL SLEEVES FOR TAPER SHANK DRILLS. 




Number 

Each 

Fitted to Socket No. 



$1.80 
2 or 3 



2, 40 
3 



3 

;.00 

4 



4 
4.40 

5 



NASON MANUFACTURING COMPANY, NEW YORK. 



259 



THE HALL TAPPING MACHINE. 

FOR TAPPING WATER OR GAS 
UNDER PRESSURE. 




MAINS 



This machine is simple, durable, strong, well 
made, free from valves and complications, and all 
parts are mterchangeable. It will stand any pres- 
sure and take almost any style of service cock, 
avoiding the necessity of using a special make 
and having the usefulness of the machine depend 
upon the supply at hand. 

One machine taps sizes from }y^to i]^ inches and 
can be used equally well on mains of any size from 
4 to 24 inch by simply changing the rubber form 
which is placed between the machine and main. 

Machine for 3^, %, p^ and i inch cocks, with 
Drill-Taps, Mandrels, Wrenches, Ratchet, and rub- 
bers, for 4 to 16 inch mains . . $80.00 



PRICE LIST OF PARTS. 



Chains 

Clutch Bolts... 

Lug Bolts 

Follower or Cock Carrier. 

Sockets or Bushings 

Large Steel Wrench 

Small " " 

Feed Screw 

Cross Bar 

Revolving Brass Plate 



gi.25 
1. 00 

.75 
2.25 

1-25 
1-25 

•75 
1-75 
2.25 
4.00 



Stuffing Box Nuts 

Brass Gaskets 

Leather Packing for Disc _ _ . 

Pure Rubber Gaskets . 

Ratchet Wrench 

Combination Drill and Tap, 1^ inch 

•' " " % " 

a « ' (I i( 3/ t ( 

< < > • < ( ti J (t 

" " " ihi " 



-$0.75 

- 1. 00 

- 50 

- 2.25 

- 4.00 
. 2.00 

- 2.50 

- 3- 00 

- 3-20 

- 6 05 




CLIMAX RATCHET STOCK. 

A PIPE STOCK WITH PIPE VISE ATTACHMENT. 

The great difficulty and inconvenience of thread- 
ing iron pipe in ditches, under floors, in corners, 
overhead, &:c., are so well known to all who have 
attempted it that a tool which will do this work 
quickly and conveniently will be promptly appre- 
ciated. 

With this tool it is not necessary to dig up or 
take out whole lengths of pipe ; the defective part 
of pipe can be cut out and the threads cut on the 
pieces in the ground with the greatest ease and 
convenience, not only saving time, but avoiding 
much unnecessary and disagreeable work. 

Operation. — Slip the tool on the pipe to be 
threaded until the end of the pipe comes in con- 
tact with the die, then screw up the Vise handle, 
at the end of which is a strong vise to grip firmly 
the pipe, and rotate the ratchet-handle, which 
revolves the die and by means of the leading 
thread carries the die on the pipe, producing a 
true thread ; after cutting the thread, by revers- 
ing the pawl and moving the handle reversely the 
die runs off the pipe. 
No. I Threads 1^4 to i inch Pipe, takes Die 

2, 2% and 23^ inches square $10.00 

No. 2 Threads i to 2 inch Pipe, takes Die 



2%, 2^^, 3, 2/8 ^nd 4 inches square 17.00 mm 



Pipe Dies, 2^/8 inches square 2.00 

" " sJi " " 3-50 

This stock is attractively finished in Nickel and 
Japan, and every one is shipped in a strong 
wooden box. 




26o 



NASON iMANUFACTURING COMPANY, NEW YORK, 



MACHINISTS' HAMMERS. 





Ball Pene. 



Straight Pene. 



Number oooo ooo oo o 



Price, per dozen.. 12.00 12.00 12.00 12.50 13.50 14.50 15.50 16,50 17.50 19.00 20.50 22.00 

,,. . , ^ ( lbs .. .. I I I I 2 2 2 2 3 

^^'^^^•\oz.... 6 8 12 .. 4 8 12 .. -4 8 12 . 




ENGINEERS' HAMMERS. 

Number o i 2 3 4 



Price, per doz.|i4. 50 15.50 16.50 18.00 19.50 
lbs, 12233 
oz.. 8 . . 6 . . 10 



Wei 



ight! I 



GAS FITTERS' AUGERS. 



Size of Gas Pipe X ^ ^ ^ 

Size of Auger % H ^ ^^ 

Price 80 1 . 00 1 . 1 2 1 . 60 



I i}4 

1.92 2.25 



iVz 2 

2 2}4 

2.50 3.25 



BREAST DRILL, No. 12. 

This Drill has a Malleable Iron Stock, 
Japanned, Rosewood Handles. Polished and 
Plated Chuck, changeable Gears, one even 
and the other three to one. It has a Barber 
Improved Chuck with recent improvement 
which makes it hold perfectly tools of all 
shapes and sizes. 

Each, 2.50. 

CROW FOR DRILLING AND TAPPING. 





Nu mber ... i 

Size holds Pipe from i >^ to 3 

Each 10.00 



13.00 



lyi to 12 m. 
16.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



261 



FILES. — MILL AND ROUND.— Per Doz. 



Inch 

Bastard . 

Second Cut_. 

Smooth . 

Inch 

Bastard . 

Second Cut.. 
Smooth 



■$ 



4 

3.00 

3-50 
3-90 

13 

9.40 
10.70 
11.70 



5 
3.20 
3- 80 

4. TO 

14 
10.70 
12.20 
13.10 



6 
3-50 
4.00 
4-50 

15 
13.10 
15.00 
16.10 



/ 

3.90 
4.60 

4. go 

16 
14.70 
16.80 
17.90 



4-30 
4.90 

5-40 

17 

18.20 
20.20 
21.70 



9 
4.90 

5-8o 

6.30 

18 
20.20 
22.70 
24.30 



10 
5.60 
6.40 
7.00 

19 
24.60 
27.50 
29.40 



II 

6.70 

7.80 

8.50 

20 

27.40 

30.70 

32.90 



12 
7.50 
8.60 
9.40 



FLAT.— Per Doz. 



Inch 4 5 

Bastard $ 3.70 3.90 

Second Cut 4.30 4.60 

Smooth 4.70 4.90 

Inch 13 14 

Bastard 11.80 13.30 

Second Cut 13.60 15.30 

Smooth 14.70 16.70 



6 

4.30 
4.80 
5.30 

15 
16.00 

18.30 



7 
4.80 

5.50 
6.10 

16 

17.80 
20.10 



20.00 22.30 



8 
5-30 
6.10 
6.60 

17 
21.50 
24.20 
26.50 



9 
6.30 

7.20 

7.90 

18 

23.90 

26.80 

29.20 



10 
7.00 
8.10 
8.70 

19 
28.40 
31.60 
34.60 



II 

8.60 

9 80 

10.70 

20 
31.50 
35-30 
38.30 



Inch 4 5 6 

Bastard 4.80 5.40 6.10 

Second Cut 5.60 6.10 6.70 

Smooth 6.10 6.40 7.10 



Inch 13 14 

Bastard 14.10 15.50 

SecondCut i5-4o 17.00 

Smooth 16.60 18.30 

Inch 3 

Tapers, Single Cut $2. 10 

" Double " . 2.50 

Slim Tapers, Single Cut 2.10 

Double " 2.50 

Pitsaw Blunt, Single " 

Hooktooth, " " 

Wood Rasps, Half Round 

Flat 

Inch 8 

Tapers, Single Cut . . . . _ . $5. 40 

Double " 6.70 

Slim Tapers, Single Cut 4.50 

Double " 5.30 

Pitsaw Blunt, Single " 7.50 

Hooktooth, " " 8.30 

Wood Rasp, Half Round 10.10 

Flat 9.40 



15 
18.50 
20.40 
21.70 



7 
7.00 
7.70 
8.20 

16 
20.60 
22.50 
24.20 



7.50 
8.30 
8.90 

17 
24.70 
27.00 
28.90 



2.10 
2.50 
2.10 
2.50 



9 
6.60 
8.10 
5.40 
6.30 
8.50 
9.40 
12.20 
11.40 



4 

2.20 

2. go 

2.20 

2.60 

4.80 



10 
8.10 

9 70 

6.40 

7.50 

9.10 

10.10 

13.70 

12 80 



4^2 

2.40 . 
3.10 
2.30 
3.00 



II 
10.70 
12.10 
8.30 
9.10 
10.70 
T1.80 
16.80 
15.50 



9 
8.50 
9.40 
9. go 

18 
27.50 
2g.go 
32.00 

5 



2.60 

3 50 
2.50 
3.20 
5.40 



12 
12.50 
14.70 
9-50 
11.00 
11.80 
13 00 
18.70 
17-50 



10 

9.10 
10. 10 
10.70 

19 
32.80 

35.70 
38.10 

5^ 

3.00 

4.00 

2.90 

3.50 



13 
15.90 

17-50 
12.10 
13.10 



22.40 
20.90 



II 

10.70 
II 80 
12.70 

20 
36.20 
39-40 
42.30 

6 

3-40 
4-70 
3.10 

3-90 
6.10 
6.70 
8.10 
7.40 

14 

18.20 
20.60 
13-80 
15.40 



24.80 
23.20 



12 

9.70 
11.00 
12.10 



HALF ROUND AND THREE SQUARE.— Per Doz. 



. 12 

11.80 

.13.00 

13.90 



7 

4- 30 
5.60 
,3.80 
'4.50 
7.00 
7-70 
9-30 
8.60 



29.70 
27.80 



LOCKJAW FILE HANDLES. 
PER GROSS. 



No. I for Files 13 inches and larger . $6.00 

" 2 " 9 to 12 inches 5.50 

" 3 " 7 " 10 " --. . 5-25 

"4 " 5 " 8 " 5.00 



No. 4K for Files 4 to 7 inches 

" 5^ " 2 " 5 " 

Assorted Nos. i to 5 

No. 6 for Tinners' Soldering Coppers. 



$4-75 
■ 4 50 
- 5-00 
. 8.00 



PLAIN FILE HANDLES. 

No. I Hardwood Polished, Brass Ferrules, assorted 4 sizes, per gross. 

2 " " " " " 3 large " 

3 *'' '' Iron '• " 4 

4 " " " " " 3 large " 

7 Softwood Brass Ferrules, 4 sizes 

8 ** " " 3 large sizes 

9 " Iron " 4 sizes 
10 " *' ** 3 large sizes 



-$4.00 

- 4.50 
. 4.00 

- 4-50 

• 3-25 
3-50 

• 3-25 
3-50 



262 



NASON MANUFACTURING COMPANY, NEW YORK. 



FLUE BRUSHES AND SCRAPERS. 




Size 1% 2 23^ 

Each 2.00 2.00 2,25 



" Engineers' Favorite." 
2\i 1% 3 2>M 

2-50 2.75 3.00 3.25 



3K 
3.50 



4 
4.00 



4-50 



5 
6.25 



Size I 

Each 2.00 



2.00 




2.00 



Christofifers Elliptical Scraper. 

^% 2 2i^ 2i2^ 2% 3 M 
2.00 2.00 2.25 2.50 2.75 3,00 3.25 



3/2 

3-50 



3M 
3-75 




Christoffel's Coil Tube Cleaner. 




Size I 

Each 1. 10 

Size 3 

Each 1.75 



Steel Wire Tube Brush. 



1. 10 



1.20 



1.20 



2 

125 



2^4 
1.40 



2K 
1.50 



4 
4.0a 



Size T 


i^ 


^% 


i^ 


2 


2¥ 


2^^ 


2M 


3 


3^ 


^y^ 


3^ 


4 


Each.- -1. 00 


1. 00 


1. 00 


1. 00 


1. 10 


1. 20 


I. 30 


1.40 


1.50 


1.65 


1-75 


1.90 


2.00 



1% 

1.60 



354 
2.00 



3K 
2.25 



4 
2.50 



4K 
2.75 



5 
3.00 



6 
3.00 



7 
3-50 



Size 2 

Each. ..... 2 00 



2.25 




Spencer's Steel Brush Tube Cleaner, 

1% -2.% 3 3^4 

2.5J 2 75 300 3-25 



3^ 
3- 50 



3.75 



4 
4 00 



NASON MANUFACTURING COMPANY, NEW YORK. 



263 



INGALLS ADJUSTABLE TUBE SCRAPER. 




Size, Inches 2 1% iV^ 2% 3 3% 3% 4 4V2 S 6 

With Brush $300 3.40 3 75 4-15 4-5o 4-90 5-25 6.00 6 75 7-50 900 

Without Brush. 2.00 2.25 2 50 2.75 3 QO 3-2$ 350 4-oo 4-5o S-QQ 6.oo 

NATIONAL STEEL TUBE CLEANER. 




Size, Inches- 1% 1% 2 2^4 2% 2% 3 SM 3^ 4 4K 5 5^ 

Each. $2.00 2.00 2 00 2.25 2.50 2 75 3 00 3.25 3.50 4.00 4.50 5.00 5.50 



HURRICANE STEAM FLUE CLEANER. 




A powerful and effective machine. Price, 3-inch, $7.00 ; 4-inch, $8.00. 



THE "SOOT SUCKER." 




Size Tube, in. . . 2 2% 

Price $10.00 10.50 



3 
11.00 



3% 
11.50 



4 
12.00 



12.50 



5 
13.00 



Handle and fittings, $3.50, any size. 

The Cleaner can be placed on the handle and fittings of any of the various blowers, or a straight 
piece of pipe, if desired. 



264 



NASON MANUFACTURING COMPANY, NEW YORK. 



GALVANIZED ASH CANS. 




WITH EIGHT WOOD STRAPS. 



No 7 

Inches 15 x 26 



Each. 



No 

Price per doz , 



5-25 



8.50 



8 

17 X 26 

6.00 

COVERS. 



9 

iS X 26 

6.25 



9.50 
WITHOUT STRAPS 



9 
10.00 



No 1]/^ 

Inches 14 x 19 

Each 4.00 



15 X 26 
4-50 



4 

17 X 26 

5.25 



18 X 26 

5-50 



COVERS. 

2K 3 4 

7 50 8.50 9.50 

WITH HEAVY BAIL FOR HOISTING. 
WITHOUT STRAPS. 

250 300 400 

14 X 19 15 X 26 17 X 26 

5-50 6.50 7.25 

WITH EIGHT WOOD STRAPS. 

No 70 80 90 

Inches 15 x 26 17 x 26 18 x 26 

Each 7.25 8.00 8.25 



No 

Price per doz.. . 



No. . . . 
Inches. 
Each.. 



5 
10.00 



500 

18 X 26 

7.50 



10 

20 X 26 
7-25 

10 
10.50 

6 

20 X 26 

6.50 

6 
10.50 



600 

20 X 26 

8.50 

100 
20 X 26 

9.25 



STEEL SCOOPS. 




THE ''AMES" STEEL SCOOPS. 
No 23456789 

Price, per doz. ^21.75 22.12 22.88 23.25 24,00 24.75 25.50 26.63 



THE "BEEKMAN" STEEL SCOOPS. 

No 2 3 4 5 6 7 8 9 

Price, per doz. I17.10 17.55 18.00 18.45 18.90 20.70 21.15 21.60 



NASON MANUFACTURING COMPANY, NEW YORK. 



26: 



PATENTED 



COAL BARROWS. 




No. 


4- 


No. 


5- 


No. 


6. 


No. 


7. 


No. 


8. 



TRAYS 



-Greatest Width of Tray, 29 inches. Capacity, 150 lbs. of Coal. 

Tray of Nos. 16 and 12 Steel $12.25 

■Greatest Width of Tray, 311^ inches. Capacity, 200 lbs. of Coal. 

Tray of Nos. 16 and 12 Steel 14-25 

■Greatest Width of Tray, 32 inches. Capacity, 225 lbs. of Coal. 

Tray of Nos. 16 and 12 S:eel i5-oo 

-Greatest Width of Tray, 36 inches. Capacity, 300 lbs. of Coal. 

Tray of Nos. 16 and 12 Steel 18.00 

-Greatest Width of Tray, 40 inches. Capacity, 450 lbs. of Coal. 

Tray of Nos. 16 and 12 Steel 20.00 

ONLY No. 45678 

$4.00 4.75 _ 5.25 6.25 7.00 

Bottoms thicker than sides. Sizes and capacities as above numbers. 

''THE IDEAL." 

^i^ " - '^'^fitaMM^v ^^r^ ^^^^^^^^^ No. 4. — Greatest width of Tray, 29 in. ; 
„t|aiMmWWBWr y^^0^^^^ greatest length, 32 in.; capacity, 

3 cubic feet ; 15 in. wheel ; Tray 
of No. 16 Steel $10.00 

These Barrows can be made with the 
Tubular Handles passing around 
the wheel. 




PATENTED COAL BARROWS. 



Square Trays. With Two Wheels. 

Our Coal Barrows, numbered 4 to 8 
inclusive, can be furnished with two 
wheels. 

The following lists contain the sizes 
more commonly made in this way. 



No. 9!^ Capacity 260 lbs $28.00 

" I0l;2 " 340 " 30-00 

" II 1-2 " 400 " 32,00 

" 12>i " 480 " 34.00 

" i3>2 " 600 " 38.00 




Our Patented Two-Wheeled Coal Barrows are also made in the A (of Nos. 12 and 10 steel) 
and AA (of Nos. 12 and 8 steel) styles, of the same sizes and capacity as the preceding, as 
follows : 



No. 9i^A 


Capacity 260 lbs 


" io3^A 


340 " 


"iiHA 


" 400 " 


-]2l^A 


" 480 " 


" i3^A 


" 600 " 



-$29.50 

- 31-50 

- 33-50 

- 35-75 

- 40.00 



No. 9V2AA Capacity 260 lbs. $30.50 



lol^AA 



These Barrows can be furnished with one wheel 



"ii^AA 

" i2i|AA 
"i3>2AA 

All parts are interchangeable. 



340 
400 
480 
600 



32.75 
34-50 

36.75 
42.00 



266 



NASON MANUFACTURING COMPANY, NEW YORK. 



BUFFALO PORTABLE FORGES. 




FORGE No. I. 

The forges with closed hoods 
are strongly made of sheet iron, 
completely enclosing the fire-place, 
and are fitted with a large sliding 
door in front and small one in rear, 
for manipulatmg fire, etc. Thus 
equipped, the escape of sparks, 
fumes and smoke is prevented, 
and adapts them for use in anneal- 
ing and refining metals, and in plan- 
ing mills, furniture factories, saw- 
mills, oil refineries, sugar works, 
etc. 

Half open hood ; height, 29 
inches ; fan, 10 inches ; hearth, 
21 X 27 inches ; weight 140 pounds. 



Price. 



$40.00 



FORGE No. 4. 

No. 4 will produce a welding 
heat on iron i-^ in. in diameter in 5 
minutes, and do heavier work if re- 
quired ; but on account of size of 
fireplace and general capacity, is 
specially recommended for use of 
die sinkers, model and tool makers, 
plumbers, tinsmiths, jewelers, den- 
tists, locksmiths and small hard- 
ware manufacturers, for heating 
and tempering tools of all kinds. 

Half-open hood ; height, 33 
inches; size of hearth, 18 inches 
diameter; weight 75 pounds. 
Price, - $27.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



267 



HAND AND POWER GRIND STONES. 




00 



30 inch, Heavy I26.00 t,6 inch. Heavy 

Shield and Water Bucket, $2.00 extra. 

25 inch $14.00 Shield and Water Bucket, $1.50 extra. 

30 inch, Light $22.50 

Mounted on Iron Frames, for Power. 




Mounted on Heavy Hardwood Frames. 

HAND OR FOOT POWER. 

50 lbs., 18 inch diameter, each ^5-5o 

5.75 

6.25 

7.00 

7.50 

8.00 

8.75 

II .00 

15.00 



60 


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80 


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120 


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26 






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140 


a 


28 






a u 


160 


a 


30 


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225 


a 


30 


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4 


inch, 


325 


a 


3^ 


' X 


4 


inch, " 



Knocked down for export when required. 



268 



NASON MANUFACTURING COMPANY, NEW YORK. 



YALE-WESTON TRIPLEX CHAIN HOIST. 

This is without question the most efficient block now made. 80 
per cent, of appHed power is utilized in lifting the load. 

TRIPLE POWER. 

TRIPLE SPEED. 

TRIPLE DURABILITY. 



This means that in this block only 20 
per cent, of the operator's labor is wasted 
in overcoming friction. 




Increased Wearing Surface, 

Subdivision of Strains, 
Load Accurately Equalized, 



among the great advantages obtained in 



this block. 




Direct Form without 

Lower Block, i 

to 2 Tons. 



Type A wich One Upper 
Hook. 3 to 10 TonSo 



CAPACITY. 

lu Tons 



2 

3 
4 

5 
6 

8 
10 



Price 
Complete. 



$^5.00 

45.00 

60.00 

70.00 

90.00 

110.00 

140.00 

165 00 

200.00 

240.00 



*Hoist 


Extra Hoist 

Price 

Per Foot. 


Minimum 
Distance be- 
tweea Hooks 

in inches. 


t Reach. 


Net 
Weight 
in Lbs. 


$ CHAIN PULL. 


IQ 

Feet 


Pounds. 


Feet. 


8 


I0.90 


15 


9' -3" 


51 


62 


21 


8 


•95 


17 


9 -5 


89 


82 


31 


8 


1. 00 


19K 


9'-7i^" 


133 


1 10 


35 


9 


1.05 


24 


II -0 


203 


120 


42 


10 


1.50 


32 


I2'-S" 


206 


114 


.^9 


10 


1.60 


37 


13 -1 


307 


124 


»4 


12 


2.15 


45 


i5'-9" 


397 


no 


126 


12 


2.15 


46 


is'-io" 


417 


130 


r26 


12 


2.70 


51 


i6'-3" 


505 


135 


168 


12 


3-25 


57 


1 6' -9' 


(j22 


140 


210 



♦Note. — Figures denote height in feet which blocks, with regular lengths of chain, will hoist from level on which 

ooerator stands. 



NASON MANUFACTURING COMPANY, NEW YORK. 



269 



THE YALE-WESTON DIFFERENTIAL BLOCK 



This is the most simple form of Chain Block on the Market ; is 
a powerful hoist, designed particularly for general 
and rough usage. 



Capacity 


Price 
Complete. 


*Hoist in 
Feet. 


t Extra 

Hoist Price 

per Foot. 


Minimum 
Distance 
between 
Hooks. 


Net Weight 
in Lbs. 


$Chain Pull. 


in Tons. 


Pounds. 


Feet. 


I 

2 

3 


.frS.oo 

18.00 
21.00 
28.00 
36.00 

45-00 
60.00 


5 
6 

7 
8 

9 


$2.80 
2.80 
2.80 
3.00 
3.20 

3- 40 
4.00 


16 in. 

17 in. 
21 in. 
26 in. 
32 in. 
39 in. 
44 in. 


II 

22 
30 

51 

81 

122 

180 


35 
72 
122 
216 
246 
308 
557 


15 
18 
24 
30 
36 
42 
38 



* Figures denote height in feet which blocks, with regular lengths of chain, will hoist above level 

on which operator stands, 
t Each additional foot of hoist requires 4 feet of additional chain. 
X Figures denote the pull in pounds required to lift the full load, and the number of feet of chain 

which must be handled to lift the load one foot. 



YALE DUPLEX CONVERTIBLE SCREW BLOCK. 



In this block is found the latest improvements of the 

Screw hoist. 

HIGHEST EFFICIENCY, ABSOLUTE SECURITY, 

CONVERTIBLE 

to dispatch lowering. Lighest weight hoist of 
the screw type on the market. 



Capacity 
in Tons. 


Price 
Complete. 


*Hoist in 
Feet. 


^ 


$25.00 


8 


I 


30.00 
40.00 


8 
8 


2 


50.00 


9 


3 
3K 


70.00 
80.00 


10 
10 


4 


95-00 


10 


5 


125.00 


12 


6 


150.00 


12 


7 


175-00 


12 


8 


200.00 


12 


10 


250.00 


12 



Extra Hoist 

Price 

per Foot. 



$1.25 
1.30 

1.35 
1.40 
1.50 
1.90 

1-95 
2.00 
2.80 
3.00 
3-IO 
3- 20 



Minimum 


Distance 


between 


Hooks. 


13 


in. 


16 


in. 


19 


in. 


21 


in. 


25 


in. 


26 


in. 


29 


in. 


31 


in. 


33 


in. 


34 


in. 


36 


in. 


45 


in. 



Net Weight 
in Lbs. 



43 
57 
76 
104 
200 
210 
225 
340 
360 
370 
390 
570 



X Chain Pull. 



Lbs. 



68 
87 
94 
it5 
132 
140 
142 
J45 
145 
160 
160 
160 



Feet. 



40 

59 
80 

93 
126 

138 
155 
195 
252 

275 
310 

390 



* Figures denote height in feet which blocks, with regular lengths of chain, will hoist from level 
on which operator stands. 

X Figures denote the pull in pounds required to lift the full load and the number of feet of hand 
chain which must be handled to lift the load one foot. 



% 



270 



NASON MANUFACTURING COMPANY, NEW YORK. 



DUDGEON'S LATEST IMPROVED HYDRAULIC JACKS. 

This Jack appears to the eye when depressed a simple Cylinder, with a Base and Head, when 
elevated one Cylinder sliding within another. To the inner one (which is termed the Ram) is attached 
the Head having a Socket to receive the Lever which operates the Force Pump in the lower end of 
Ram ; the remaining space is the reservoir containing the liquid which when forced into the lower 
chamber causes the Ram to rise, and to lower, when allowed to return through the lower valve and 
back passages operated by the same lever. These Jacks are light, portable and easy 
of application, worked by one man who can lift lo tons, i foot in i^ minutes or 20 
tons in three minutes and so on proportionately. 




PLAIN JACK. 




BASE JACK. 




Tons 
Lift. 


Run out. 


Height. 


Size 
Bottom. 


Weight. 


Price. 


4 


12 


24 


4 sq. 


46 


$60 


4 


24 


37 


(I it 


60 


65 


7 


12 


25 


4K" 


64 


70 


7 


J8 


32 


it ( t 


72 


73 


7 


24 


38 


" " 


80 


75 


10 


12 


25 


6 " 


80 


80 


10 


18 


32 


a a 


98 


95 


10 


24 


39 


i i i i 


no 


no 


15 


12 


26 


6^" 


102 


100 


15 


18 


32 


" " 


120 


125 


15 


24 


39 


( ( 1 c 


140 


150 


20 


12 


26 


7 " 


127 


120 


20 


18 


33 


' ' ' * 


155 


145 


20 


24 


39 


t ( 1 1 


180 


170 


30 


9 


22 


8 rd. 


146 


150 


30 


12 


26 


II it 


194 


175 


30 


18 


33 


<( >< 


260 


210 


40 


12 


27 


9 [\ 


280 


210 


40 


18 


34 




320 


250 


4 


12 


23 


9Krd. 


61 


$60 


4 


24 


37 


< t n 


80 


65 


7 


12 


25 


10 " 


82 


80 


7 


18 


31 


i ( < t 


100 


85 


7 


24 


38 


< ( ( ( 


120 


90 


10 


12 


25 


II " 


109 


95 


10 


18 


31 


" " 


125 


no 


10 


24 


39 


(( ( ( 


145 


125 


15 


12 


25 


12 " 


135 


125 


15 


18 


32 


" ' ' 


158 


150 


15 


24 


39 


' ' ' ' 


176 


175 


20 


12 


26 


13 " 


169 


150 


20 


18 


33 


(4 t C 


198 


175 


20 


24 


39 


(( it 


228 


200 


30 


9 


22 


14 " 


210 


170 


30 


12 


26 


(I ( < 


259 


200 


30 


18 


33 


t ( <( 


300 


235 


40 


12 


27 


I4>^" 


320 


240 


40 


18 


33 


t t (C 


360 


280 


4 


12 


24 


4 sq. 


64 


$60 


4 


24 


37 


( i i 


94 


65 


7 


12 


25 


aVz'' 


90 


85 


7 


18 


31 


it ( ( 


no 


88 


7 


24 


38 


( < i- 


123 


90 


10 


12 


25 


6 " 


123 


100 


10 


18 


32 


( ( ( t 


144 


120 


10 


24 


39 


(< > < 


170 


145 


15 


12 


26 


6^" 


162 


150 


15 


18 


32 


11 ( ( 


189 


185 


20 


12 


26 


7 " 


207 


200 


20 


18 


33 


(1 < ( 


245 


240 


30 


12 


26 


8 rd. 


310 


250 



CLAW OR GROUND LIFTING JACK. 

SPECIAL SIZES TO ORDER. 

The ground lifting attachment is a tube screwed into the underside of the head, on the lower end is a claw to 
support the weight to be raised. 



NASON MANUFACTURING COMPANY. NEW YORK. 



271 



TUBE EXPANDERS. 




THE DUDGEON IMPROVED TUBE EXPANDER. 



Will expand two sizes up to 2-inch and three sizes above. 



ifs and 1% in $20.00 

i^ and 1^8 in 20.00 

i^ and 2 in. 25.00 

2, zVq and 2^^ in. 30.00 

2^, 2% and 23^ in. 36.00 

23^, 2% and 2% in -.. 39.00 

2^^, 2^8 and 3 in 45.00 

3, 31^ and 2>H in 52.00 

3H. 3% and 3%\n. 60.00 



3^. 3^8 and 3% in ...$70.00 

3'3i, 3^ and 4 in 75.00 

4, 4^^ and 4^4 in . 80.00 

434. 4^8 and4i^ in 85.00 

43.^', 45^ and 4% in. 85 00 

4^. 4/8 and 5 in 90.00 

5, sH and sH in- - _ 100. 00 

SH^ 5/4 and 6 in.... 105.00 

6, 6^4: and 6}^ in 115.00 




THE DUDGEON OLD STYLE EXPANDER FOR ONE SIZE TUBE ONLY. 

Size, inches 2 23^ 23^ 2^ 3 33^ 

Each 30.00 35«oo 42.00 48.00 55.oo 60.00 

Size, inches 33^ 4 43^ 567 

Each .- 70.00 85.00 100.00 120.00 130.00 180.00 




CHEAP PATTERN ROLLER TUBE EXPANDERS. 

Size, inches i}4 i/^ 1% i^ 2 23^ 

Each 10.00 10.00 10.00 10.00 10.00 12.00 

Size, inches 2% 3 3I4 3K 4 5 

Each- 16.00 18.00 20.00 23.00 30.00 50.00 

In ordering, please to give outside diameter and largest tube you wish to expand ; 
they answer for any thickness of Tube Sheet. 



^72 
14.00 

6 
60,00 



273 



NASON MANUFACTURING COMPANY, NEW YORK. 



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03 

a- 

<L) 



a 




Veriical Boiler with Octagon Base. 



APPROXIMATE WEIGHTS OF THE VARIOUS CASTINGS. 



Number of Bailer. 
Octagon Base. . . . 
Round Base.. . . , 
Hood 

Grates 



O 

75 
75 
15 
2 pieces 
20 



r, 2, 3 
144 
231 

53 
2 pieces 

42 



3^ 
180 
237 
70 
2 pieces 

51 



4. 5i 6 
237 
298 
92 
3 pieces 
78 



7.8.9 


10, 11, 12 


13, 14, i5» i^ 


16 


410 


464 


590 




370 


742 


975 




143 


226 


^98 




3 pieces 


4 pieces 


4 pieces 


4 


^58 


224 


320 





i6J^, 17 
650 
160 

4 pieces 
480 



NASON MANUFACTURING COMPANY, NEW YORK. 




''MONTAUK" 

VERTICAL 

ENGINE. 



These Engines are self-con- 
tained, cannot get out of line, and 
require no foundation. They are 
built under careful supervision, 
and tested under steam before 
shipment. All wearing parts of 
ample size and well fitted. Crank 
shaft, piston rod, valve stem, 
crank and wrist pins and connect- 
ing rod of steel. Crosshead fitted 
with large brass gibs and in- 
stantly adjustable. Each Engine 
is fitted with governor, throttle 
valve, drip cocks, sight feed lubri- 
cator, wrenches and oil cups, 
making it a high grade enginh 

FOR CONTINUOUS DUTY. 



ENGINES AND BOILERS COMPLETE AS SHOWN. 



Horse Power 

c.,^ ^^ n^r, ■,^,^T.^ ) Diameter, inches. 
Size of Cylinder ] g^^^j^^^ .^^^^^ _ _ _ 

c,^^ ^ r>^,rx-T, ) Diameter, inches... 
Size of Boiler j j^^i^j^^^ /^^ 

Floor Space, inches 

Weight, Complete 

Price 



3 
3 
4 


4 
4 
5 


5 
5 
6 


6 

t 


7 
6 

7 


9 

7 
7 


24 


24 


24 


30 


30 


3? 


4 
24x42 


5 
30x48 


6 

38x60 


5 
38x60 


5 
38x60 


6 
45x80 


1500 

$290 


1750 
346 


2700 
424 


2950 
470 


3100 
516 


4300 
600 



7 
8 

30 

7 

45x8» 

4500 

650 



ENGINES COMPLETE WITHOUT BOILERS. 



Horse Power 

Diameter of Cylinder. 

Stroke of Piston 

Revolutions of Crank. 

Diameter of Shaft 

Diameter of Wheel. . . 

Face of Wheel 

Weight of Wheel 

Size of Steam Pipe . . . . 
Size of Exhaust Pipe.. 

Total Weight 

Floor S pace 

Height 

Price 



3 


4 


5 


6 


7 


9 


10 


14 


20 


25 


3 


4 


5 


6 


6 


7 


7 


8 


9 


10 


4 


5 


6 


6 


7 


7 


8 


8 


9 


12 


250 


200 


200 


180 


180 


180 


170 


180 


170 


I Bo 


iJA 


li-i 


lit 


lil 


^U 


^/b 


2/b 


2B 


2II 


3% 


18 


20 


24 


24 


28 


32 


32 


34 


3a 


42 


3^3 


4 


5 


5K2 


5^8 


6 


6 


8 


10 


10 


no 


120 


200 


240 


250 


475 


500 


550 


850 


1100 


y« 


% 


I 


;S 


iH 


iK« 


iV« 


iy« 


2 


2^3 


I 


I 


xH 


iJ^ 


2 


2 


2 


2^3 


3 


325 


400 


700 


850 


900 


1600 


1700 


1800 


2700 


4000 


14x24 


16x28 


20x34 


20x34 


20x34 


22 X 39 


22 X39 


25x45 


31x55 


36x60 


^37 


44 


54 


54 


57 


63 


63 


68 


78 


88 


$140 


166 


196 


208 


218 


265 


\ 285 


330 


450 


580 



35 



150 

3% 

42 

12 
1200 

3 
3^ 
4400 
36x60 
^88 
670 



2-6 



NASON MANUFACTURING COMPANY, NEW YORK. 



THE METROPOLITAN 



SIDE CRANK SELF-CONTAINED ENGINE. 




NUMBEK. 



Horse Power 

Diameter of Cylinder 

Stroke in inches 

Revolutions 

Diameter Crank Pin in inches 

Diameter Shaft in inches 

Length Bearings in inches 

Diameter Fly Wheel in inches. . . 

Face Fly Wheel in inches 

WeightFly Wheel 

Steam Pipe in inches 

Exhaust Pipe in inches 

Floor Space of Bed in inches . 

Weight Complete, Ibe 

Engine with Swift's brapp sight 
feed oil cups, Double Glass Frass 
Sight Feed I.ubticator, Plain 
Governor and Throttle Valve 
Price 

Engine with Swift's snap lever 
valve glass oil cups, Positive 
Wiping Oilers, Double Glass 
Sierht Feed Lubricator NicLel 
Plated. Governor with Automat- 
ic Safety Stop Action and Soft 
Seat Throttle Valve Price 



10 

7 

8 

170 

2/b 

7 

34 

8 

500 

i% 
2 
60x40 
1800 



S255.00 



S275.00 



15 
8 
10 
160 
3 
3 
9 

88 

8 

850 

11/2 

2 

70x42 
3000 



305.00 



320.00 



3 


4 


5 


6 


20 


25 


30 


40 


9 


10 


10 


11 


10 


10 


14 


14 


160 


160 


140 


140 


3 


3 


3 


3 


3 


3 


3% 


Wh 


9 


9 


10 


10 


38 


38 


42 


42 


9 


10 


12 


14 


900 


1000 


1300 


1500 


2 


2^ 


2}4 


25^ 


2^ 


3 


3 


3 


70x42 


86x60 


86x60 


96x68 


3100 


3200 


4700 


5000 


338.00 


395.00 


550.00 


585.00 


360.00 


420.00 


580.ro 


610.00 



50 

12 
16 
140 
3te 

m 

12 

50 

16 

2000 

3 

96x68 96x68 
000 7500 



70 

14 

16 

140 
o r 

m 

12 

50 

20 

2500 

4 



690.00 



70.00 



Low P 

6 
12 

10 

150 

3 

3 

9 

38 

8 

850 

2^ 

3 

70^42 

3100 



720.00 800.00 



10 



ressure. 

15 

14 

14 

150 

3 

3^ 

10 

42 

10 

1000 

2^ 

3 

86x60 

4500 



Quotations for No. 9 and No. 10 Low Pressure Engine will be made on application, as 
costs vary with different conditions of service. 



NASON MANUFACTURING COMPANY, NEW YORK. 



277 



PAT. CALENDERED IRON AND STEEL SHAFTING, 

CUT BY LATHE TO ANY LENGTH DESIRED (DOWN TO ONE FOOT) 
WITHOUT EXTRA CHARGE. 

In designating lengths of shafts, when the lengths are composed of feet alone, or inches alone, the use of the signs 
' and " in place of the words " ft." and " in." is advised against, as a slight blur in copying will often render it difficult 
to determine which sign was used by the writer of the order. 

Actual diameters wanted should be specified, as we manufacture " net " sizes as well as what are generally termed 
"turned shafting standards." For example, itf shafting is frequently called 2 in. shafting because made from 2 in. 
round iron. Both sizes are made by us, hence a customer ordering a "2 in. shaft" from us would receive a shaft 
measuring exactly two inches in diameter, which would be one sixteenth of an inch too large if a turned shafting manu- 
facturer's " 2 in." (actual size ii|) was the size required. 

Orders are frequently tendered to us for lines of shafting without the length of each shaft being specified. In other 
words, lengths at our option. This should not be done when the hangers must be located at certain specified points; 
that is, it should only be done when the hangers can be supported at any points that the locations of the couplings may 
necessitate. 

Location of pulley or other special keyseats should be shown,by sketch. In addition it should be designated which 
shafts are to be keyseated upon both ends for couplings, and which upon one end only. 

All shafts containing pulley or other special keyseats should be tested after the keyseating has been finished, and 
restraightened if necessary. This applies alike to turned shafts and calendered shafts. 

We are equipped for cutting keyseats in shafting, and also straightening facilities. Therefore, all shafts, whether 
keyseated or plain, are guaranteed perfectly straight. 

PRICE LIST OF FINISHED SHAFTING. 

Cut to length from 1 foot to 24 feet, inclusive. 



Diameter. 


Weight 
per Ft. 


Mce per lb. 
Cents. 


Diameter. 


Weight. 1 
per Ft. 


^rice per lb. 
Cents. 


Diameter. 


Weight 
p.;r t t. 


Price per lb. 
Cents. 


M 


.167 


10 


m 


7.04 


^ 


3 


24.06 


5 


5 

T6 


.260 


8K 


111 


7.60 




3tV 


24.58 


"■ 


■ % 


.370 


) 


i;^ 


8.16 




3^8 


26,10 




7 


.510 


[ ^ 


lit 


8.78 




3t'6 


27.16 




K 


.666 


) 


1 7/ 


9.40 




3K 


28.24 


y 5M 


9 

1¥ 


.843 


) 


115 


10.00 




3t% 


29.40 




% 


1 05 


[ 6 


2 


10.65 




3>8 


30.43 




11 

T6 


1.25 


' 


2tV 


11.15 


t 


3tV 


31.50 




% 


. 1.50 


'^ 


^Vs 


12.07 




3>^ 


32.64 


^ 


13 


1.76 




^^ 


12.80 




3^ 


33 84 




'A 


2.03 




21^ 


13 50 


> 5 


3^8 


35.20 




if 


2.34 




2t\ 


14 00 


3H 


36.40 


^ 5K 


1 


264 




2M 


15.07 




d% 


37.45 


! 


ItV 


3 00 


■ 5% 


2tV 


15.83 




3^ 


39.85 


' 


m 


3 33 


2K 


16.68 




3if 


41.04 




h\ 


3.74 




2A 


17.55 




4 


42.50 


1 « 


IM 


4.16 




2?8 


18.32 




41^ 


48.26 


1^ 


4.61 




m- 


19.31 




4tV 


52.62 


\ 


Ws 


5.05 




2% 


20.18 




4K 


54.11 


) 


h\ 


5.50 




2if 


21.15 




4^ 


60.88 


[ 6K 


1^ 


6.00 


'• ^ 


^'A 


22.10 




m 


65.50 


) 


1^ 


6.52 


m 


22.96 


J 


5 


67.50 


7 



All Shafts larger than 4 inch are turned and polished, 

LARGE TURNED SHAFTS. 

We are prepared to furnish Turned Shafting all sizes up to 37 feet in length. 



278 



NASON MANUFACTURING COMPANY, NEW YORK. 



TIGHT AND LOOSE PULLEYS, Patent Steel Rim or Cast Iron. 
Additional Prices to be Added to Regular List, pages 279-280, 
in order to obtain list prices (per pair). 




Diam. in Inches. 


Price. 


Diam. in leches. 


Price. 


3 to 8 


$i.r.o 


23 to 24 


$4.40 


8i to 10 


1.95 


25 to 26 


4.75 


10| to 12 


2.30 


27 to 28 


5 10 


12|to 14 


2.6=) 


29 to 30 


5.45 


14itol6 


3.00 


31 to 32 


5.80 


16ito 18 


3.30 


33 to 34 


6.15 


19 to 20 


3.70 


35 to 36 


6.50 


21 to 22 


4 05 


37 to 40 


7.20 



Tight and loose pulleys are always made with Crowning 
Faces, while pulleys that drive them are made with flat faces. 



SPLIT PULLEYS, Patent Steel Rim or Cast Iron. 
Additional Prices to be added to Regular List, pages 279-280, in order 

to obtain list prices. 




Face 
in Inches. 


Price 


Diam. 
in Inches 


Up to 3 


$1.30 


24 to 30 


above 3 to 6 


1.75 




" 6 to 10 


2.15 




" 10 to 14 


3.10 




Up to 3 


150 




above 3 to 6 


2.80 


31 to 36 


" 6 to 10 


2.85 




" 10 to 14 


4 00 




" 14 to 18 


5.25 




Up to 4 


2.65 




above 4 to 6 


3.40 




" 6 to 10 


4.05 


37 to 47 


" 10 to 14 


5 60 




" 14 to 20 


7.30 




'' 20 to 26 


11.00 




Up to 4 


3.60 





Face 
in Inches. 


above 4 to 6 
" 6t)10 
" 10 to 14 
" 14 to 20 
" 20 to 30 


Up to 4 
above 4 to 6 
" 6 to 10 
" 10toi4 
" 14 to 20 
" 20 to 36 


Up to 4 
above 4 to 6 
" 6 to 10 
" 10 to 14 
" 14 to 20 
" 30 to 30 
" 30 to 40 



Price 



$4.40 

5.40 

7 .25 

10.00 

14 CO 



4.50 
5.60 
6.75 
9 80 
13.00 
19.00 



6.50 
7 50 
9.90 
13.50 
18.f0 
27. CO 
37.00 



Patent Steel Rim and 

Machine Moulded 

Cast Iron Solid Pulleys. 

List Prices, pages 279-2S0. 



NASON MANUFACTURING COiMPANY, NEW YORK. 



279 



MACHINE MOLDED CAST IRON PULLEYS, 



FINISHED CAST IRON PULLEYS. 



BORED, TURNED, BALANCED, AND WITH SET SCREWS. 



J3 "^ 



10 



Single 
Belt. 



Double 
Belt. 



51.40 
1.55 
1.70 
1.85 
:^00 

1.45 
1.60 
1.751 
1.90, 
2.05 
2.20 

1.50 
1 65 
1.80 
1 95 
2.10 
2.25 
2.40 



1 50 
1.70 
1.90 

2 10 
2 30 
2.40 
2.60 
2 80 



1..55 
1.75 
1.95 
2.15 
2.35 
2.55 
2.75 
2.95 
3.15 

1.60 
1.80 
2.00 
2.20 
2 40 
2 60 

2 80 

3 00 
3.20 
3.40 

1 95 
2.10 
2.30 
2.55 
2.80 
3 05 
3.30 
3 60 
3.90 
4.20 

2.05 
2.20 
2.40 
2.65 

2 90 



2.55 
2.80 
3.10 
3 45 
3.80 
4.15 
4.50 
4.85 
5.25 
5.65 

2.65 
2.90 
3 25 
3.70 
3 95 






6i 



Sh 



J 9. 






Sing-le 
Belt. 



$3.15 
3 45 
3.75 
4.05 
4.35 

2.10 

2 25 
2.50 
2,75 
3.00 
3.25 

3 55 
3.85 
4.20 
4.50 

2.20 
2.35 
2.60 

2 85 

3 10 
3.35 
3.70 
4.00 
4.35 
4.65 

8.25 
2.45 

2.70 
2.95 
3 20 
3.45 
3.80 
4.15 
4.50 
4.80 
5.20 
5 60 

2.35 

2 55 
2.80 

3 05 
3 35 
3.65 
3 95 
4.30 
4.65 
5.00 
5.35 
5. 

2.40 
2.60 
2.85 
3.15 
3.45 



Double 
Belt. 



$4.35 

4 70 
5.05 
5.50 
5.90 

2.75 
3 00 
3.35 
3.70 
4.05 
4.45 
4.85 
5.35 
5.70 
6.10 

2.85 
3.10 
3.45 
3.85 
4.20 
4.60 
5.05 
5. .50 

5 95 
6.35 

2.95 
3.20 
3.55 
3 95 
4.35 
4.75 
5.20 
5.70 
6.15 

6 60 
7.15 
7.75 

3 05 
3 35 

3 70 
4.10 

4 50 
4.95 
5.40 
5.90 
6.40 
6 85 
7.40 
8.05 

3.15 
3.45 
3.80 
4.25 
4 65 
5.10 
5.60 
6.10 
6.60 
7.10 
7.70 
8.30 





5S 


Single 




-73 c3 


Belt. 


3.S 
9i 


C 

3 




$2.50 




4 


2.70 




5 


2.95 




6 


3.30 




t 


3 60 




8 






9 






10 






11 






12 






13 






14 




10 


3 


2 55 




4 


2.75 




5 


3.05 




6 


3 40 






3.70 




8 






9 






10 






11 






12 






13 






14 




11 


3 


2.70 




4 


2.95 




5 


3.25 




6 


3.60 




7 


3.95 




8 






9 






10 






11 






12 






13 






14 




12 


3 


2.85 




4 


3.15 




5 


3.50 




6 


3.85 




i 


4.20 




8 


4.55 




9 


4.95 




10 






11 






12 






13 






14 




13 


3 


3.05 




4 


3 35 




5 


3.70 




6 


4.10 




7 


4.45 




8 


4.90 




9 


5.25 




10 






11 






12 






13 






14 




14 


3 


3.25 




4 


3.55 



Double 
Belt. 



$3.25 
3.60 
3.95 

4 40 
4.85 
5.30 
5.80 
6.30 
6 80 
7.35 
7.95 
8.55 

3.35 
3.70 
4.10 
4.55 
5.00 

5 50 
6.00 
6.55 
7.10 
7.65 
8.25 
8.90 

3.55 
3.95 
4.40 
4.90 
5.40 

5 95 

6 45 
7.05 
7.65 
8.20 
8.85 
9.50 

3.75 
4.20 
4.70 
5.25 
5.80 
6.35 
6.95 
7.55 
8.15 
8.75 
9 40 
10.10 

3 95 
4.45 
5 00 
5 60 
6.20 
6.80 

7 45 
8.10 
8.75 
9.40 

10 10 
10 85 

4.20 
4.70 



^ (O a oi 



14 



15 



16 



17 



18 



Single 
Belt. 



5 


$3.90 


6 


4.35 


i 


4.70 


8 


5.20 


9 


5.60 


10 


6.10 


11 




12 




13 




14 




3 


3.40 


4 


3.75 


6 


4.15 


6 


4.60 


1 


5 05 


8 


5.50 


9 


5.95 


10 


6 45 


11 


6 95 


12 




13 




14 




3 


3 60 


4 


3.95 


5 


4 40 


6 


4 90 


t 


5.35 


8 


5.85 


9 


6.30 


10 


6.85 


11 


7.40 


12 


8 00 


13 




14 




15 




16 




3 


3.80 


4 


4.20 


5 


4.70 


6 


5.20 


1 


5.70 


8 


6.20 


9 


6.75 


10 


7.30 


11 


7.90 


12 


8.50 


13 




14 




15 




16 




3 


4 00 


4 


4.45 





4.95 


6 


5.50 


t 


6.05 


8 


6.60 


9 


7.15 


10 


7.75 


11 


8.40 


12 


9.10 


13 




14 




15 





2So 



NASON MANUFACTURING COMPANY, NEW YORK. 



MACHINE MOLDED CAST IRON PULLEYS. 



23 ' 



r- 6 

3 y 


Single 


-^^ 




^'o 


belt. 


16 




17 




18 





3 


4.25 


4 


4.70 


5 


5.25 


6 


5 85 


( 


6.45 


8 


7.05 


9 


r.65 


]0 


8.30 


11 


9.00 


12 


9.75 


13 




14 




15 




16 




17 


• • « • 


18 




3 


4.45 


4 


4.95 


5 


5 55 


6 


6 20 


i 


6.85 


8 


7.50 


9 


8.15 


10 


8.85 


11 


9 60 


12 


10 40 


13 


1140 


14 


12.40 


15 




16 




17 




18 




19 




20 




3 


4.70 


4 


5.25 


5 


5.85 


6 


6.55 


7 


7.25 


8 


7.95 


9 


8.65 


10 


9.40 


11 


10 20 


12 


11.05 


Id 


12.10 


14 


13.20 


15 




16 




17 




18 




19 





20 




8 


4.90 


4 


5.55 


5 


6.15 


6 


•6.90 


7 


7.65 


8 


8 40 


9 


9 15 


10 


9 95 


11 


10. SO 


U 


11.70 


13 


1285 


14 


14.15 


15 




16 




17 




18 




19 




20 




3 


5 15 



Double 
belt. 



a c o 



517.0 

18 30 
19.40 

5 55 

6 30 

7 15 

8 10 
9.00 
9.95 

10.95 
11.95 
li 95 
14.00 
15.10 
16.25 
17.35 
1S..50 
19.70 
20.90 

5.85 
6.65 
7.55 
8 60 
9.60 
10.60 
11.70 

12 80 
13.90 
15 00 
16.20 

17 40 
18.60 

19 80 
21 10 
22.40 
23.70 
25.00 

6.15 
7 00 
8.00 
9.10 
10.20 
11.30 
12.45 
13.65 
15.85 
16.00 
17.25 
18.55 
20.80 
21.10 
22.50 
23.90 
25.25 
26.65 

6.45 
7.40 
8.45 
9.60 
10.80 
12.00 

13 20 
1450 
15.75 
17.00 

18 35 
19.70 
21 .05 
2^.40 
83-90 
25 40 
26. 85 
28.30 

6.70 



Single 
belt. 



23 



24 



26 



9 

10 
II 
12 
13 
14 
15 
16 
17 
18 
19 
20 

3 
4 
5 



$5 80 

6.50 

7.25 

8.05 

8.85 

9.65 

10..50 

11 45 

12.40 

13 60 

14 85 



Double 

belt. 



5.40 

6.10 

6.85 

7 65 

8.45 

9.30 

10.20 

11.10 

12.10 

1315 

14.90 

15.70 



5.70 

6.50 

7.25 

8.10 

8.95 

9.90 

10 85 

11-85 

12 90 

14-05 

15-35 

16.65 



6.00 

6.90 

7.65 

8.60 

9.45 

10.55 

11.50 

l-.i.60 

13.75 

15.00 

16.30 

17.65 



6.35 
7.30 
8.15 



S7-75 
8 90 
10-10 
11-40 
12-70 
14.00 
1.').35 
16.65 
18.0C 
19.40 
20 85 
22.30 
23.75 

25 30 

26 90 
28.40 
29.95 

7.00 
8 15 
9.35 

10 65 
12.00 
13.40 
14-80 
16-20 
17.65 
19.00 
20.50 
22.00 
23.55 
25.10 
26 75 
28.40 
30.05 
31.70 

7.40 

8 65 

9 90 
11.25 
12 70 
14.15 
15-60 
17.10 

18 60 
20.05 
21.65 
23.25 
24.90 
26 60 
28.35 
30.10 
31.85 
33.60 

7-80 

9.15 

10.45 

11 VO 
13.40 
14 90 
16 40 
18.00 

19 60 
21.10 
22.80 
24 55 
26.30 

28 10 

29 75 
31 80 
33.65 
35.55 

8.25 

9 60 

11.00 



u aj 








o 01 


Single 


Is 




belt. 


Q.2 


o 




27 


6 


$9 05 




V 


10.00 




8 


11.10 




9 


145 20 




10 


13.35 




11 


14.60 




12 


15.90 




13 


17.25 




14 


18.60 




15 






16 






17 






18 






19 






20 




28 


3 


6.75 




4 


7.70 




6 


8.50 




6 


9.50 




1 


10.60 




8 


11.70 




9 


12.90 




10 


13.10 




11 


15 45 




12 


16.85 




13 


18.20 




14 


19.55 




15 






16 






17 






18 






19 






20 




29 


3 


7.25 




4 


8.10 




5 


9.00 




6 


10.00 




7 


11.15 




8 


12 35 




9 


13.60 




10 


14.90 




11 


16.30 




12 


17.~0 




13 


19.10 




14 


:^0.55 




15 






16 






17 






18 






19 






20 





30 


3 


7.60 




4 


8.55 




5 


9 45 




6 


10 55 




« 


11.75 




8 


13.00 




9 


14.30 




10 


15.75 




11 


17.15 




12 


18 60 




13 


20 a5 




14 


21.55 




15 






16 






17 






18 






19 






20 




31 


3 


8.05 




4 


8.95 




5 


9.85 




6 


11 10 




7 


12 35 



Double 
belt. 



512 50 
14.10 
15 65 
17.25 
18 90 
20.60 
22 20 

24 00 

25 80 
27.70 
29 60 
31.55 
33.55 
35.50 
37.50 

8 70 
10.10 
11.55 
13.15 
14.80 
16.40 
18.05 
19.80 
21.60 
23.30 
25.20 
27.10 
29.10 
31 10 
33.15 
35.25 
37.35 
.39 45 

9.15 
10.60 
12.15 
13.85 
15.50 
17.15 
18.85 
20.70 
22.60 
24.40 
26.40 
88 40 
30.50 
32.60 
34.80 

37 00 
.39.20, 
41. 40! 

9.60 
11.10 
12 70 
14.55 
16.5i0 
18 00 
19.80 
21 60 
23.50 
25.50 
27 60 
29 70 
32.45 
34.20 
36.45 

38 70 
4H.95 
43.25 

10.00 
11 65 
13.40 
15.30 
17.10 



V, CO 

<U 0) 

S C 

a .2 



31 



32 



33 



34 



35 



^ o 



4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

1 

18 
19 
20 

3 
4 
5 
6 



Single ; Double 



belt. 



$13.70 
15.10 
16.55 
18.05 
19.55 
21.05 
22 6(. 



8.45 
9 40 
10.45 
11.65 
12 95 
14.40 
15 90 
17.40 

19 00 

20 55 
22 10 
23.70 



890 
9.90 

11.00 

12 

13 60 

15 05 

16 70 
18.25 
19 90 
21 50 
28.15 
24 80 



9.40 
10.40 
11.50 
12.90 
14.35 
15.85 
:7.55 
19 10 
20.85 
k2.50 
84.20 
25.90 



9 90 
10 90 
12 10 
13.50 
15.00 
16.60 
18 2 



belt. 



$19.00 
21.50 
23.70 
24.70 
26 75 
28 95 
31.15 
.33 45 
35.80 
38.15 

40 50 
42 90 
45.35 

10.45 
12 20 
14.10 
16.05 
1790 
19.85 

22 20 
23.85 
25 90 
28 00 
30.30 
32.65 
35.05 
37.45 
39.85 

42 30 
44.70 
47.15 

11.00 
12 80 
14.80 
16.80 
1880 
20 80 
22.85 
24.95 
27.10 
89.25 
3165 
34 10 
36.55 
39 05 

41 55 
44 10 
46.60 
49.15 

11.60 
13-50 
1550 
17.60 
19.70 
21.70 

23 8."^ 
26.10 
28 30 
30 50 
33 0'> 
35.60 
38.15 
40.70 

43 30 
45.90 
48.75 
51.65 

1230 
14 10 
16 20 
18.40 
20 60 
22 75 

24 90 



NASON MANUFACTURING COMPANY, NEW YORK. 



281 



MACHINE MOLDED CAST IRON PULLEYS. 



5r> ^ 


5S 

2=2 


Single 


Double 


03 — 


f^ti? 


belt. 


belt. 


(=^.S 








35 


10 


$19.95 


$27.20 




11 


21.75 


29.50' 




12 


23.50 


31. 8O! 




13 


25.25 


34.401 




14 


27.00 


37.05 




15 




39.70 




16 




42.35 




17 




45.00 




18 




47.70 




19 




50.40 




20 




53.10 


36 


3 


10.40 


12.75 




4 


11 40 


14.75 




5 


12.65 


16.95 




6 


14.10 


19.20 




7 


15.70 


21.45, 




8 


17.35 


23.10 




9 


19.10 


26.00 




10 


20.85 


28.30 




11 


22.70 


30.70 




12 


24 50 


33.10 




13 


26.30 


35.80 




14 


28.10 


38.55 




15 




41.30 




16 




44 05 




17 




46 80 




18 




49.55! 




19 




52.30 




20 




55.05 




21 




58.80 




22 




61.55 




23 




64.30 




24 




67 05 


37 


4 


11.95 


15.50 




5 


13 25 


17.95 




6 


14.85 


20.10 




1 


16.80 


22.45 




8 


18.20 


24.80 




9 


20.00 


27.15 




10 


21.80 


29 55 




11 


23.70 


32.00 




12 


25.55 


34 50 




13 


27.40 


37.30 




14 


29.30 


40.10 




15 




42.90 




16 




45.70 




17 




48.60 




18 




51 .50 




19 




54 40 




20 




57.30 




21 




60.20 




22 




63.10 




23 




66.00 




24 




68.90 


38 


4 


12 55 


16.25 




5 


13.95 


18 65 




6 


15.60 


21.05 




7 


17.95 


23 45 




8 


20 25 


25.90 




9 


22.55 


28.35 




10 


24.85 


30.80 




11 


27.15 


33.35 




12 


29.45 


35.95 




13 


31.75 


38.80 




14 


34.05 


41.65 




15 




44.65 




16 




47.65 




17 




50.70 




18 




53.70 




19 




56.75 




20 




59.80 




21 




62.85 




22 




65.90 




23 




68.95 




24 




72.00 






39 



40 



41 



42 



— ' v.. 



10 

11 

12 
13 
14 
15 
16 
17 
18 
19 
20 
21 
22 
23 
24 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 



Single 
belt. 



Double 
belt. 



$13.10 
14.60 
16.35 
18.10 
19.95 
21.85 
23.75 
25 75 
27.80 
29.85 
31.90 



13.70 
15.30 
17.10 
18.90 
20.80 
22.75 
24.75 
26.80 
28.80 
30.85 
32.90 



14.30 
15.95 
17.85 
19.95 
22 05 
23.70 
25.70 
27.80 
29.90 
32.00 
34.10 



14.90 
16 70 
18.60 
20.55 
22.55 
24.60 
26.70 
28.85 
31.00 
33.15 
35.30 



$17.00, 
19.40 
21.95 
24.45 
27.00 
29.55 
32.10 
34.65 
37.25 
39.85 
42.45 
45.70 
49.00 
52.25 
55.50 
58.55 
61.60 
64.65 
67.70 
70.75 
73.80 

17.75 
20.30 
22.90 
25.50 
28.10 
30.70 
63.30 
36.05 
38.75 
41.75 
44.80 
47.85 
50. 90! 
54.20 
57.50 
60.60 
63.70 
66.70 
69.70 
72.80 
75.90 

18.55 
20.80 
23.80 
26.50 
29 20 
31.85 
34.55 
37.40 
40.20 
43.25 
46.35 
49.60 
52.85 
56.15 
59.50 
62.55 
65.651 
68. 8O! 
72.00! 
75.20! 
78.45' 

19. 30' 
22.05 
24.80 
27.55 
30.30 
33.05 
35.85 
38 75 
41.60 
44.75 
47.95 
51.15 



fe =0 






1.3 '5 S 


Single 


a^ 


S^ 




53.- 


^'S 


belt. 


fi.2 




42 


16 
17 
18 
19 
20 
21 
22 
23 
24 




43 


4 


15.55 




5 


17.45 




6 


19.40 




7 


21.40 




8 


23.50 




9 


25.60 




10 


27.75 




11 


30.00 




12 


32.20 




13 


34.40 




14 


36.60 




15 






16 






17 






18 






19 






20 






21 






22 






23 






24 




44 


4 


16 25 




5 


18.20 




6 


20.25 




i 


22.30 




8 


24.45 




9 


26.60 




10 


28.80 




11 


31.10 




12 


33.40 




13 


35 65 




14 


37.90 




15 






16 






17 






18 






19 






20 






21 






22 






23 






24 




45 


4 


16.95 




5 


18.95 




6 


21.05 




7 


23.15 




8 


25 40 




9 


27.60 




10 


29.85 




11 


32.25 




12 


34 60 




13 


36 90 




14 


39.25 




15 






16 






17 






18 






19 






20 






21 






22 






23 






24 




46 


4 


17.65 




5 


19.70 



Double 
belt. 



$54.40 
57.70 
61.00 
64.30 
67.60 
70.95 
74.30 
77.65 
81.00 

20.15 
22.95' 
25.80! 
28.65 
81.50 
34.35 
37.25 
40.25 
43.25 
46.50 
49.25 
53.60 
56.45 
59.85 
63.25 
66.65 
70.05 
73 45 
76.90 
80.35 
83.80 

21.00 
23 90! 

26 m 

29.75 
32.70, 
35.65 
38.65 
41.80 
44.90 
48.25 
51.60 
55.05 
58.50 
62.00 
65.50 
69 00 
72.50 
76.00 
79.50 
73.05! 
86.65 

21.90 
24.45 
27.85 
30.85 
33.90 
37.00 
40.10 
43.35 
46.55 
50.00 
53.45 
57.00 
60.55 
64.15 
67.75 
71.35 
74.95 
78 55 
82.15 
85.80 
89.45 

22.75 
25.80 



If 


5S 
.'2.S 


Single 


03.5 


1$^ 


belt. 


Q.2 


*^ 




46 


6 


$21.85 
24 05 




8 


26.35 




9 


28 60 




10 


30.95 




11 


33.40 




12 


35 80 




13 


38.20 




14 


40.60 




15 


43.15 




16 






17 






18 






19 






20 






21 






22 






23 






24 




47 


4 


18.30 




5 


20 45 




6 


22.70 




7 


24.95 




8 


27 30 




9 


29.60 




10 


32.05 




11 


34.50 




12 


37.00 




13 


39.45 




14 


41.95 




15 






16 






17 






18 






19 






20 






21 






22 






23 






24 




48 


4 


19 00 




5 


21.20 




6 


23.50 




7 


25.85 




8 


28.25 




9 


30.65 




10 


33.15 




11 


35.70 




12 


38 20 




13 


40.75 




14 


43.30 




15 






16 






17 






18 






19 






20 






21 






22 






23 






24 




49 


5 


22.00 




6 


24.40 




( 


26.80 




8 


29.25 




9 


31.70 




10 


34.30 




11 


36.90 




12 


39.50 




13 


42.10 




14 


44.75 




15 






16 






17 






18 





Double 
belt. 



$28.90 
32.00 
35.15 
38.35 
41.55 
44.90 
48.20 
51.75 
55 30 
58 95 
62.60 
66.30 
70.00 
73.70 
77.40 
81.10 
84.80 
88.55 
92.30 

23 60 
26.75 
29.95 
33.15 
36.40 
39.70 
43.00 
46.45 
49.85 
53.50 
57.15 
59.90 
64.65 
68.45 
72 25 
76.05 
79. &5 
83.65 
87.45 
91.30 
95.15 

24.50 
27.70 
31.00 
34.30 
37.65 
41.05 
44.45 
48.00 
51.50 
55.25 
59.00 
62.85 
66.70 
70.60 
74.50 
78.40 
82.30 
86.20 
90.10 
94.05 
98.00 

28.70 
32.15 
35.55 
38.95 
42.45 
45.95 
49.55 
53.15 
57.00 
60.85 
64.80 
68.75 
72.75 
76.80 



282 



NASON MANUFACTURING COMPANY, NEW YORK. 




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284 



NASON MANUFACTURING COMPANY, NEW YORK. 



ADJUSTABLE DOUBLE BRACED SELF-OILING 

HANGER. 

WITH BABBITTED BOXES. (INTERCHANGEABLE.) 




VARIABLE DROP. 



(i}4 to 2 inch range.) 

Construction such as to permit of 
quick adjustment to any drops that 
may be desired within the range speci- 
fied. 



SECTIONAL VIEWS OF BOXES. 




Before placing shafting in position, oil 
chambers should be filled with oil nearly to 
level of bottom of shaft, and should be cleaned 
out and refilled with fresh oil every three to 
six months, according to speed at which 
shafting runs. 



Rangre of 
Drop in Ins. 



d f 15-16 
§ I 1 3-16 
^ i 1 5-16 
g I 1 7-16 
e3 U 11-16 
Q 



6 


8y2 


to 8 


to 10 


$3.20 


3.65 


3.85 


4.30 


4.15 


4.60 


4.50 


4.95 


5.20 


5.60 



101^ 
to 12 



4.30 
4 70 
5.10 
5.35 
6 00 



121^ 


14^ 


16H 


18/2 


203^ 


to 14 


to 16 


to 18 


to 20 


to 22 


4.90 


5.35 


5.70 


6.00 


6.10 


5.20 


5.60 


6.00 


6.15 


6.25 


5.60 


5 90 


6.10 


6.30 


6.50 


5.b5 


6.25 


6.40 


6 70 


6.90 


6 50 


6.90 


7 00 


7.30 


7.50 



Length 
of Bearing 
Inches. 



Range of 


7 


10 


13 


16 


19 


22 


25 


28 


Length 
of Bearing. 

Inches. 


Drop in Ins. 


to 9 


to 12 


to 15 

8.25 


to 18 


to 21 


to 24 


to 27 


to 30 


si) 


fl 1.5-16 


$6.95 


7.60 


8.90 


9.55 


10.20 


30.85 


11.70 


8 


*j 


2 3-16 


8.45 


9.35 


10.15 


10.80 


11.50 


12.50 


13.40 


14.25 


9 


c8 


8 7-16 


1055 


ll.JiO 


12 00 


13.00 


14.00 


15.10 


16.10 


17.85 


10 


CO 


2 11-16 


13.15 


13 80 


15.35 


16.00 


16.90 


18.30 


20.15 


22.75 


11 


Cm 


2 15-16 


1560 


16.75 


18.05 


19.25 


20.15 


21.80 


23 40 


26 30 


12 


o • 


3 3-16 


17.00 


19 80 


21.5^0 


22.40 


23 40 


25..35 


5:6 95 


29 90 


13 


<u 


3 7-16 




25.35 


27.30 


28 90 


30.20 


32.50 


34.45 


37.70 


14 




3 15-16 




31.20 


33.15 


34 80 


36.10 


38.35 


40.95 


42 90 


16 


fl 


4 7-16 




42.25 


42.90 


43 85 


45.50 


47.45 


50.05 


53 30 


16 


3 


14 15-16 




46 80 


48.75 


51.00 


53 95 


57.85 


63.05 


68.90 


18 



^P~A very complete stoclc of these Hangers is carried, and we are prepared to furnish them with 
boxes for any size of shafting immediately upon receipt of orders. 



NASON MANUFACTURING COMPANY, NEW YORK. 



285 




ADJUSTABLE SELF OILING 
POST HANGER. 



Diam. of Shaft 


Price. 


Length 
of Bearing'. 


Distance from 
Foot to Center. 


lA 


$3.80 


5 


4 


h\ 


4.30 


6 


4?'g 


111 

^16 


5.40 


'i 


4^8 


lit 


6 40 


8 


^}4 


2j\ 


8.10 


9 


5K 


2t\ 


10.20 


10 


^% 


2H 


V^.90 


11 


6% 


215 
'^16 


16.20 


12 


S% 


q 3 


20.70 


13 


8^ 


3tV 


26.20 


14 


9^8 


oil 


82.10 


15 


9?'8 


m 


38.00 


16 


11 


^\ 


44.25 


16 


11 


^T6 


50.50 


16 


13}^ 


411 


64.50 


18 


1314- 


5tV 


78.50 


20 


151^ 



FLANGE-FACED OR PLATE 

COUPLING. 

Key Seated and furnished with Keys and Bolts. 





RIGID 
JOURNAL BOXES. 



1 Diam. 

1 of 


i Shaft. 


! 1 3-16 


1 7-16 


1 11-16 


1 15-16 


2 3-16 


2 7-16 


2 11-16 


2 15-16 


3 3-16 


3 7-16 


3 11-16 


3 15-16 


4 7-16 


4 15-16 


5 7-16 


5 15-16 


6 7-16 


6 15-16 


7 7-16 


7 15-16 


8 7-16 


8 15-16 


9 7-16 



Price Per Pair. 



Fitted 
to Shafts. 



$ 7.00 
8 00 
8.50 
9.U0 
10.50 
12.50 
15 25 
18 25 
2175 
25 25 
29.25 
33.25 
43 25 
54.75 
67.00 
81.00 
95.50 

no 00 

126 00 
142.00 
160.00 
180.00 
2()0.(i0 



Not Fitted 
to Shafts. 



$400 
500 

5 50 

6 00 
700 
8.50 

10 75 

13.05 

15.25 

18 25 

21.25 

24.75 

34.25 

44.25 

53.50 

64.00 

78.50 

92.00 

107.53 

123.00 

149.50 

160.00 

180.00 



Diam. of 




Length 


Base. 


Base. 


Cen. to Cen. 


Bolts. 


Shaft. 


Price. 


Bearing. 


Length. 


Width. 


of Bolts. Size. No. 


1 5 


$1.30 


3)4 


7 


iVs 


s% 


% 2 


ifV 


1.60 


5 


7H 


2H 


sVs 


K 2 


ItV 


2.00 


5 


iH 


2H 


5^ 


Vz 2 


^H 


2.65 


53/ 


9 


3 


7 


^ 2 


III 


3-35 


6K 


9'4 


3Vz 


VA 


>i 2 


2^ 


4.00 


rx 


9y2 


4 


1% 


3/ 2 


2tV 


4.80 


8 


iiH 


4^ 


8K 


3/ 2 


ol 1 


5.65 


9 


iiK 


4^ 


9 


X 2 


211 


6.70 


93/ 


13 


5^ 


10 


?^ 2 


3A 


7-75 


10^ 


13.^ 


5K 


lO^ 


% 2 


3tV 


8.90 


iiK 


14 


6>^ 


I03/ 


^ 2 


3H 


10.10 


12 


15X 


6>^ 


II|^ 


[ 2 


-ii 5 
•J16 


11.50 


13 


16 


7 


I2>^ ] 


[ 2 


4t% 


13-25 


13 


18 


8 


14 


: 2 


4tV 


15.00 


13 


18 


8 


14 J 


[ 2 


411 


19.00 


16 


iS}4 


9 


15 J 


[ 2 



286 



NASON MANUFACTURING COMPANY, NEW YORK. 



ADJUSTABLE SELF-OILING PILLOW BLOCKS AND "SHORT DROP" HANGERS. 

With Babbitted Boxes. Interchangeable. Drop Variable. 




ADJUSTABLE SELF-OILING 

PILLOW BLOCKS. 




Diim. 




Leng^th 


of 


Price. 1 


of 


Shaft. 




bearing. 


1 5 

T6 


$3.90 


4 


1 3 


4.20 


5 


h% 


4.50 


5 


1t'« 


4.80 


6 


111 


5.90 


7 


115 


7.40 


8 


2t\ 


9.30 


9 


2/6 


n.30 


10 


2U 


13.80 


11 


015 


16.90 


12 


3^ 


21.10 


13 


3tV 


25.30 


14 


m- 


30 60 


15 


3-f 


35.80 


16 


4-\ 


41.70 


16 


^T6 


47.60 


16 


4if 


6f.50 


18 


5tV 


75.50 


20 



COMPRESSION COUPLINGS AND SLIP COLLARS. 

Couplings iitted for Shafts and furnished with Keys and Bolts. 




O 




Patent Safety Set Collars. 

SPLIT. 

The Set Screw is pro- 
tected and cannot catch 
belts, clothes, etc. 

Furnished only when 
specially ordered. 



4 7_ 
41 5 

Fil 5 
^T6 



$5.00 

5.50 

5.70 

6.00 

7.00 

8.00 

9.00 

10.75 

13.00 

16.50 

20.00 

24.00 

28.00 

32.00 

42.00 

53.00 

65.00 

78.00 

90.00 

112.00 






$0.70 
.80 
.90 
1.00 
1.20 
1.40 
1.60 
1.80 
2.10 
2.40 
2.70 
3.00 
3.30 



^ ^ c 
ceo 3 



,60 
,70 
,90 
20 
,60 



10.10 
12.70 



$1.00 

1.20 

1.35 

1.50 

1.80 

2 10 

2.40 

2.70 

3.15 

3.60 

4.00 

4.50 

4 95 

5.40 

6.00 

7.35 

10 80 

12 90 

15.15 

19.00 



When so desired compression couplings 
will be furnished without covers. 



Reduction compression couplings for connecting shafts of different diameters, same price as 
plain compression couplings for shafting of the larger size. 



NASON MANUFACTURING COMPANY, NEW YORK. 



287 



LEATHER AND RUBBER BELTING. 




REVISED PRICE LIST OF LEATHER BELTING. 

November 20, 1899. 
Intermediate Widths at Proportionate Prices. Heavy Double Belts Twice the Price of Single^ 



PRICE PER RUNNING FOOT. 



Width 
I inch, 



ir n 



1^4 



2l.^ " 

^ • < 

3^i " 



Run'g ft. 

$0.14 

19 
24 
29 

34 
39 
43 
48 

53 
63 
72 



Width. 
4i^inch 

5 

6 

7 



Run 



9 
10 
ir 
12 



'gft. 
^0.82 
.91 
I. or 
1 . 11 
1 .20 
1.30 
1.48 
1.67 
1.85 
2.04 
2.22 



Width. 



Run'g ft. 



13 inch $2 



14 
15 
16 

17 

18 

19 
20 
21 
22 
24 



ft. 


Width. 


41 


25 inch 


5Q 


26 ' 




.78 


28 ' 




.96 


30 ' 




•15 


32 ' 




•33 


34 ' 




•52 


36 ' 




.70 


40 ' 




.89 


52 ' 




.07 


60 ' 




44 


72 ' 





Run'g ft. 

4.63 

481 

.....5.18 
•••. 5-55 
.... 5.92 
. . . . 6.29 
.... 6.66 
.... 7.40 
.... 9.62 
... .11.10 
....13-32 



Inches 


.7 


SOLID ROUND 

•9 


BELTS. 
.14 






5 

.18 




H 
.24 


Prices Running ft. 


Inches 

Prices Running ft. 


.8 


ROUND TWIST 

.12 .17 .22 


BELTS. 

% 
.27 


.38 


.48 


% 
.60 


.80 


1 

.96 



CUT LACE. 



1^ inch, per loo feet. 

T^ 100 

" " TOO " . 
" 100 " , 



% 



7 



.$1.00 
. 1.25 
. 1.50 

. 1-75 



1.^ inch, per 100 feet 
% " " 100 " 
3^ " " 100 " 



.$2.0C 

■ 2.75 
• 3.25 



RUBBER BELTING. 



Width 
in Inches. 

iK 

2 

fA 

3 

J A 

4 

4K 

5 

6 



Ply. 3 Ply. 4-Ply. 5-Ply. 



.12 

■ 15 
,19 
.22 
.26 
• 30 
■33 
.36 
.43 
.51 
.59 



14 
17 
22 
26 
30 
34 
39 
43 
52 
60 
70 



• 17 
.22 
.26 
.31 
■37 
.42 

.47 
•52 
.62 

•73 

.84 



•77 

.91 

1.05 



Width 
in Inches. 



2- Ply. 3-Piy. 4-Piy- 5-Piy. 



9 
10 
12 

14 
16 

t8 
20 
24 
30 
36 



.67 

•75 

.91 

1.08 

1.25 

1. 41 

I 58 
1.96 



.80 
.90 
1.08 
1.28 
1.50 
1.70 
r.90 
2.36 



.95 
1.07 
1.30 

1^54 
1.78 
2.02 
2.26 
2.80 
3.6-1 
4.48 



1. 18 

1-33 
1.62 
1.92 
2.22 

2.52 
2.82 
3^50 
4-55 
5.60 



28S 



NASON MANUFACTURING COMPANY, NEW YORK. 



PICKERING'S GOVERNORS. 






Class A. — Speeder, Lever 
and Automatic Stop. 



Class B. — Speeder and 
Sawyer's Lever. 



Class B. — With Speeder. 



Size. 



B, Plain... 
B, Finished. 
A, Plain. . . . 
A. Finished 



K 



14.00 
1 6. 00 



16.00 1 8- 00 21.00 
18.00 20.00 24.00 



1I4 



18.50 21.00 
23.00 



24.50 



^% 



25.00 
29.00 
29.50 



30.00 40.00 
34.0045.00 
36.00 48.00 



27.5o'33 504000 53.00 



^% 



50.00 60.00 
58.00 69.00 
59.oO|7i.oo 
67.00 80.00 



71.00 
81.00 
83.00 
93.00 



A%. 



83.00 

94.00 

96.00 

107.00 



94.00 
106.00 
109.00 
121.00 



122.00 
136.00 
140.00 
154.00 



150.00 
166.00 
170.00 
186.00 




JUDSON GOVERNORS. 

In these Governors the spiral 
springs are reliable and insure ac- 
curate and durable spring action. 
By removing one spring the en- 
gine speed can be greatly reduced , 
allowing full throw of Governor 
under all conditions of engine 
load. In case of accident to one 
spring the Governor will operate 
until the spring can be replaced. 

For convenience in ordering, 
the Governors are described in 
two classes — A and B. Work- 
manship and quality the same. 
Class A, either Standard or Spring 
Governor, with Automatic Stop 
Motion Spring, Speeder and Saw- 
yer's Lever. Class B, same as 
class A, except without Auto- 
matic Stop Motion. 

List Prices same as above. 




Class A.— Spring. (High Speed). 



Class B.— Spring. (High Speed). 




WATERS' GOVERNOR. 



The Waters' Governor has now been in use about thirty years, and has steadily 
grown in favor since its introduction ; the sales have largely increased, and the Gover- 
nor has been kept up to the high standard of excellence for which it has long been 
noted. By the theory embodied in its design, it is not affected by the action of gravity, 
the weights remaining always on the same plane, and as they are supported by the 
springs which furnish the centripetal force, there is consequently no friction in the 
joints of the ball arms, they merely serving as levers to operate the valve. Having a 
valve of large area, greatly in excess of the steam pipe, and being quick acting and 
sensitive, insures the highest economical results, as well as closeness in regulation. 

The method of adjusting the speed of the Governor to the requirements of the 
engine is very convenient. The valves and seats are of composition, which does not 
rust or corrode. The perfect system of interchangeability of parts greatly facilitates 
and cheapens the cost of repairs. On account of these features, it is particularly 
adapted to places where changes are sudden and severe. 

List Prices same as above. 



NASON MANUFACTURING COMPANY, NEW YORK. 



289 




KELLAM'S 
DAMPER REGULATOR. 

The Kellam has been a favorite "up to date" machine for several 
years and has had a very large sale. It is made in two sizes and can be 
used on any boiler pressure. 

No I „ 



>i50.oo 



For dampers 4 feet or over. 



No 



3 $125 . 00 

For dampers up to 4 feet. 




LAWRENCE HYDRAULIC 

DAMPER REGULATOR 

is conceded to be one of the most complete Machines of 
its kind, as it embodies all the improvements to insure 
perfect accuracy. 

The steam weigher rests on an iron base, and the 
lever directly operates the water valve, and there is no 
lost motion. 

The water motor being double acting, there is no 
necessity of having any weights on top of piston. The 
water valve is fed through a mud-drum which prevents 
any dirt reaching the water motor ; the diaphragm is 
covered with cool water which keeps it always flexible. 

Will control one or more Dampers as required. 

Very Sensitive and Powerful, making a partial stroke 
in both directions by water pressure. 

Easy to repair, and Simple in Construction. 

Manufactured under the Locke Patents, Complete, 
Each $100.00 



CLIMAX DAMPER REGULATOR. 

The damper in the flue is closed by the downward motion of the 
piston, and it is therefore necessary to apply sufficient weight to 
the damper level to cause it to open the damper, and at the same 
time pull up the piston, which it will do immediately after a slight 
reduction in the steam pressure, which causes a downward move- 
ment of the diaphragm casing, and a corresponding movement in 
the valve, whereby the inlet port is closed and the exhaust port 
opened, which allows the water in the cylinder to escape, thus 
enabling the weight on the damper lever to open the damper, and at 
the same time pull up the piston. In this position the damper will 
remain until the steam pressure increases slightly, which causes an 
upward motion of the diaphragm casing, the corresponding motion 
in the valve causing the exhaust port to close and the inlet port to 
open through which the water enters the cylinder and drives the 
piston down, thereby closing the damper. 

Price Each, complete, $150.00 




290 



NASON MANUFACTURING COMPANY, NEW YORK. 



STEAM DAMPERS OR DRAFT REGULATORS. 

FOR HIGH PRESSURE. 




Numbers. 


I 


2 


3 


For Boilers, Horse Power and under 


5 
10.00 
1. 00 


20 

15 .00 

1.50 


30 

25.00 

2.50 


Price 


Rubber Diaphragms 





DAMPER REGULATORS FOR LOW PRESSURE. 




gSB^TS^ -^ 




KASON'S LOW PRESSURE REGULATOR, WITH COLD WATER RESERVOIR, 

A^D WITH INDEPENDENT DOORS. 




CHEAP PATTERN LOW PRESSURE DAMPER REGULATOR. 

Kason's with Cold Water Reservoir and with Independent Doors 15. 00 

" " " '•' without Doors 12.00 

, Cheap Pattern, 7 inch plates 5-OC 

g " ,0... 7. SO 



NASON MANUFACTURING COMPANY, NEW YORK. 



291 



NASON'S DAMPER REGULATOR, WITH SAFETY 

ATTACHMENT. 

Patented 2d March, 1886. 




Nearly all low pressure heating apparatus are controlled automatically by means of a regulator 
consisting of a flexible diaphragm made of rubber, which is a perishable material, Jikely to crack 
after being used a comparatively short time, and finally to rupture when some trifling excess of 
pressure beyond what has commonly been used is applied to it. 

When this does occur it is self-evident that the diaphragm, together with the post and lever 
above it, will at once drop to the same position as that in which they stand when there is no pres- 
sure on the boiler, the effect of which is to close the air door above the fire and to open the ash-pit 
door to its fullest extent. 

The boiler at once "runs away," and if there is no one fortunately at hand to reverse the 
position of the doors and check the fire the consequences are likely to be serious, the least evil 
being that of blowing out the water through the safety valve and burning the boiler. 

Such an accident is most likely to take place at the very time that the results are likely to be 
the most harmful ; that is, when there is a large fire, with the furnace full of burning coal. 

Occurring, as is very possible, during a cold night, when all the household are asleep, the con- 
sequences can be imagined. 

To avoid such accidents, the Nason Regulator, with Safety Attachment, patented 2d March, 
1886, has been designed and is offered to the Trade with the confident assurance that when appre- 
ciated, no prudent or careful steam fitter will construct a low pressure boiler without using this 
Regulator, as with it such an accident as described above is impossible. 

The attachment is constructed as follows : 

Into the chamber of the Regulator, but above the diaphragm, is tapped a piece of %-inch 
pipe, which extends laterally out as far as the lever to which the chain of the ash-pit door is 
usually attached. 

The pipe terminates in a fitting of peculiar shape containing a slot through which slides a link 
of fusible metal — the latter being attached to and forming a part of the door chain. 

In the event of the bursting of the diaphragm it is relieved of pressure and the lower door 
opens, bu': as the hot water and steam pass through the rupture they are at once conducted through 
the %-inc;h pipe to the link, which, instantly melting, parts the chain, drops the door and checks 
the fire. 

The cost is so little beyond that of ordinary regulators, when compared with the whole cost of 
an apparatus, as to form no excuse for not applying the Nason Regulator. 

All links are carefully made of an express alloy, which we guarantee to melt at 160® F , 

With each regulator an extra link is furnished. 

7'he attachment can be applied to all diaphragm regulators in use on 'che latter being sent to us. 

Prices, with Safety Attachment. 

Regulator, with 7-inch plates, including Gooseneck $ 8.00 

" 9 " " " " 1 2. 00 



292 



NASON MANUFACTURING COMPANY, NEW YORK. 



THE POWERS TEMPERATURE REGULATOR. 




No. 2. 

Used with Thermostat for Hot Air 
Furnace. 

Each - .$40.00 





No. 3. 

Used with Thermostat for Steam 

Heaters. 

Each -$45.00 




THERMOSTAT. 



No. 4. 

Used with Thermostat for Hot Water 

Heaters. 

Each $50.00 

Add for double lever attachment 

to operate twin heaters 2.00 

Regulators as above listed are fur- 
nished complete with thermostat, tubing, 
chains, pulleys, etc. 

This Regulator is easily applied to 
any kind of a house heating apparatus. 
It will automatically control the drafts, 
maintaining a uniform temperature in 
the living rooms, and with the greatest 
possible economy in fuel. 




No. 8. 

REGULATOR FOR STEAM HEATED HOT WATER TANKS. 
Automatically controls the temperature of the hot water supply. 

PRICE LIST. 

No. 8 Tank Regulator, i inch steam valve $70.00 

No. 8 •■• " i^/i " " " - 75-00 

No. 8 '• '' 1% " " " -.- -- 80.00 

No. 8 " " 2 " " " 90.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



293 



THE HINE ELIMINATOR. 

FOR EXPELLING OIL, GREASE AND GRIT FROM EXHAUST, AND ENTRAINED 

WATER FROM LIVE STEAM. 




Vertical where course of the 
steam is downward. 



Improved Horizontal. 



Vertical where course of the 
steam is upward. 



Made in three patterns and adapted to all conditions, either for separating water from live steam 
or extracting oil from exhaust steam. All are sent out with a full guarantee. 



HORIZONTAL 


—Price for Vertical same a; 


J Horizor 


tal. 


VERTICAL. 


>4-l 


Price. 


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These prices include Companion Flanges, Bolts and Water Gauge. 



294 



NASON MANUFACTURING COMPANY, NEW YORK. 



KIELEY'S 
IMPROVED STEAM AND WATER SEPARATOR. 




Size 114 i>^ 2 2i^ 3 4 5_ 

Diameter Flanges 5 6 7 8 10 11 12 

Face to Face Flanges 5 6 "]% 9>% 10}/^ 1234^ 14 

Each $20.00 25.00 30.00 35.00 45.00 64.00 83.00 

Size 6 7 8 9 10 12 

Diameter Flanges _ 13 13^^ 14 i5 16 19 

Face to Face Flanges 15 i5)| 16 17^ 19^^ 22 

Each $104.00 120.00 145.00 165.00 200.00 250.00 

KIELEY'S MULTITUBULAR OIL SEPARATOR. 




Size ii^ 

Diameter Flanges 5 

Face to Face Flanges 5 

Each $20.00 

Size 6 

Diameter Flanges 13 

Face to Face Flanges 15 

Each $104.00 



^H 



2% 



6 

6 

25.00 



7 
30.00 



8^ 
35.00 



10 
10% 
45.00 



II 

12M 
64.00 



12 

14 
83.00 



10 



12 



13^^ 

15H 
1 20. 00 



14 

16 
145.00 



15 

17K 
165.00 



16 

200 00 



19 

22 

250.00 



NASON MANUFACTURING COMPANY, NEW YORK, 



295 



EXHAU5T 
OUTLET 




AMERICAN FTEED 
WATER HEATERS. 










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Estimates given on larger sizes to order. 



NASON FEED WATER HEATER, Cast Iron. 

WITH IRON PIPE COIL. 



FOR EXHAUST STEAM ONLY. 




i^^ 



Number i 2 

Size of Pipe % r 

t)ia. Cyl. in. . . .123^ 14I4 16;^ 20^ 

Height Cyl., ... 12 14 i61^ 20 

Ft. Pipe in Coil. 15 17 24 35 

Ex. Outlet, in. . . 2 2}4, 3 4 

Horse Power. ..10 20 30 50 



5 
2 

24 
24 
46 
6 
70 



Price $20.00 30.00 45.00 80.00 130.00 



296 



NASON MANUFACTURING COMPANY. NEW YORK. 



BALTIMORE OIL CANS, 




The tops are galvanized, the bodies kalamined 
(that is, coated with spelter and lead, lead prepon- 
derating), making them last longer and less liable 
to rust than if all spelter (galvanizing) were used. 



The bodies and bottoms are corrugated and 
united in such a manner as to give the greatest 
strength and durability. 



Size, Gallons.. 
Each 



30 

$5.30 



60 106 

16.30 $10.50 



The pumps in all our cans are detachable, and 
can be used for pumping oil from the barrels into 
the cans. 



WASTE OIL FILTER. 



Simple, Easily Cleaned, 
Automatic. 




Effective, Reclaims Old Oil, 
Practical. 



15 Galls 



Made in Three Sizes. 

-..$18.00 30 Galls $30.00 60 Galls. 

Neatly Japanned. Brass Trimmings. 



.$45.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



297 



ROBERTSON'S EXHAUST PIPE HEAD. 

(PATENTED.) 

Is built on correct principles, of heavy gaivanized iron throughout, and 
will perform its duty to the satisfaction of every one. 




inch, 
inches. 



..-$18.00 

22.00 

-._ 25.00 

28.00 

30.00 

--- 35-00 



4 inches 

5 
6 

7 
8 

9 



-$40.00 

45.00 

50.00 

60.00 

70.00 

85.00 

105.00 



10 inches !^i25.oo 



12 ' 


' 150.00 


14 ' 


180.00 


16 ' 


' 220.00 


18 ' 


' 300.00 


20 ' 


' 360.00 



LYMAN EXHAUST HEAD. 




Pipe 
Size, Inches 



Price 

Drip Outlet to f 
Head, in. C ' 

First Section ) 

of Drip V 

Reduced to in. ) 



I 


2 


.3 


4 














II 












or 


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6 


7 


8 


9 


ID 


or 


13 


14 


15 


16 


17 


iV^ 


2^ 


3V^ 


4^ 














12 












$20 


25 


30 


40 


50 


60 


75 


90 


105 


125 


150 


175 


200 


235 


250 


270 


iM 


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18 
300 

4 

3 
or 

3X 



Prices 20 to 48 inch on application. 

SWEET'S EXHAUST HEAD. 

The accompanying cut shows a Sweet's Direct Exhaust Head, 
which is constructed upon a principle that has been demon- 
strated by years of use to give absolute separation. The steam 
enters to the inner side of an inverted cup, and, as it passes 
downward between the sides of the inlet pipe and the cup, is 
brought in contact with a peculiarly perforated lining which 
quickly separates and traps the little particles of water and 
oil. As the area is ample the current of steam can be made thin, 
so that nearly all of it comes in contact with the lining, and most 
of the water and oil removed this way, but any that may remain 
is thrown to the water chamber by the quick reversing of the 
direction of steam current as it passes up and out of head. 
Tubes are provided to convey any moisture caught on the covers 
to the water chamber ; tubes are also provided to conduct the 
oil and moisture caught by the lining above-mentioned to the 
water chamber ; in fact, the principle followed throughout is to 
completely remove separated particles from further contact with 
steam. The Heads are made heavy and strong and fully guar- 
anteed by the makers in every way. 

I & il4 2 & 2^^ 3 & 3^ 4 & 4V^ 5 6 7 8 Q 10 II 12 14 16 18 

^20 00 25.00 30.00 40. 00 50.00 60.00 75.00 90.00 105.00 125 00 150.00 150.00 200.00 250 00 300.00 




Size Pipe . 
Each 



IqS 



NASON MANUFACTURING COMPANY, NEW YORK. 



THE NASON STEAM TRAPS. 



THE 



NASON 



TRAPS. 



THE "SIDELUG" TRAPS. 

(Patented) 





(Size No. 1.) 
For Pressures of 80 lbs. or less 



(Size No. 1.) 
For Pressures ranging from 80 to 150 lbs. 



THE "NASON" TRAPS. 



PLEASE READ THIS. 
The steam traps manufactured by the Nason Manufacturing Company have always 
enjoyed the reputation of being the best of their kind— more extensively known and used 
than any other— in fact the standard of excellence with steam-fitters and engineers in all 
parts of the country. 

Following the demand made by modern steam engineering for higher pressures, it 
has been thought judicious to divide the Nason traps into two groups, one for ordinary 
working steam pressures of 80 lbs. and less ; the other for pressures above 80 and less than 
150 lbs. For the lower pressures no change of design has been made, the high standard 
of construction and good workmanship being, as in the past, fully maintained: thes& 

traps will continue to be known and 
specified as the Nason steam trap. 

For higher pressures a radical de- 
parture in construction of the covers 
has been designed and patented, con- 
sisting of so reinforcing the joints at 
the point of inlet and outlet where 
the steam ports pass from pots to cov- 
ers, that leaks near these places can- 
not occur, there being no possibility 
of the gaskets blowing out. A con- 
siderable increase in the number of 
bolts used for ejch size has been 
adopted, thus rendering these traps 
not only amply equal to the extreme l 
work imposed upon them, but infin- 
itely better than anything hitherto 
made in this class of trap. These 
traps are known as the Nason "Side- 
lug" trap, and should be universally 
specified in all cases where they are 
to be used in connection with press- 
ures exceeding 80 lbs. 
(Sizes No. 4 and 5.) for facility of access to the sleeve 




NASON MANUFACTURING COMPANY, NEW YORK. 



299 



THE "SIDELUG" TRAP. 
(Patented.) 



seats and sleeves, the two larger sizes 
(Nos. 4 and 5) are fitted with hand- 
hole plates on the covers, which per- 
mits of readily getting at the working 
parts without breaking the main 
joint. 

CONSTRUCTION 

OF THE NaSON and SiDELUG TrAPS. 

Reference to the sectional cut shows 
the construction of the Nason traps 
as follows : 

A cast-iron reservoir or pot closed 
with a cover provided with two cored 
passages, contains a float which is 
fitted with a spindle for its guidance. 
A housing or sleeve is screw^ed cen- 
trally into the under side of the 
cover and within it the float spindle 
slides smoothly, permitting a short 
vertical motion. The top of the float- 
spindle is ground flat, and its upward 
movemem: is arrested by coming in 
contact with a bronze plug having a 
central opening, the two surfaces thus constituting a discharge valve for these traps. 

One of the cored passages in the cover alluded to is for the discharge of water 
from the traps after passing through the main valve, and the other serves as a by- 
pass, to permit any large volume of air or water to be blown through, when 
starting, without going through the cylinder and discharge valve. A valve located 
externally in the cover gives entire control of this action. 




(Sizes Nos. i and 5.) 



Centre Cover 



Main Cover. 




SECTION. 

Showing the interior of the " Nason" and " Sidelug" traps with names of parts. JIf new portions 
are at any time wanted they should be ordered by the names as given. 



300 NASON MANUFACTURING COMPANY. NEW YORK. 

OPERATION. 

Care being taken that the Traps are in all cases placed below the surface from which 
water of condensation flows, the discharge enters at the point marked " Inlet," and passing 
through the hole " A" into the body of the Traps, a Diaphragm above the float diverts the 
water of condensation into the pot, where, gradually rising, it first raises the float, thereby 
closing the discharge valve, and then after reaching the top of the float it flows in o it. 
When the float has nearly filled, its weight becomes such that it overcomes the tendency 
of the discharge valve to remain closed, being held there by steam pressure, and the float 
drops to the bottom, thereby opening the valve. Acting on the surface of the water, the 
steam pressure immediately drives it up through the sleeve, discharge valve, and thence 
by way of the cored passage to the outlet. 

When the float has been thus nearly emptied it becomes so light that it is again raised 
by the water about it, thus closing the valve, and the operation rep3ats itself. 

This action it will be seen is purposely intermittent ; which necessitates that the 
valve shall be either wide open or completely closed, an advantage which entirely 
obviates the " wire drawing" process to which all other traps of the ball-cock style are 
subject. The life of the valve is thus prolonged, and it remains tight for a much longer 
period than it otherwise would. 

As will be seen, the Neson and Sidelug Traps have no motive power within them- 
selves, and they are not Return Traps : water must run into them by gravitation, and the 
discharge from them should preferably be into the open air or a hot-well. 

Under certain conditions the discharge may be considerably elevated above the level 
of the Traps, such li^ being fixed by the amount of steam pressure to which it is con- 
nected ; but in these cases an automatic appliance for removing air which accumulates 
between the steam surface and the Traps must be provided, and such service is not 
recommended. 

Please Note.— In ordering either Nason or Sidelug Traps it is important that the 
steam pressure under which they are to be used should be stated, in order that the sleeve 
seat valves shall be of a size which is adapted to the duty. 

All traps issued by us are tagged and marked with the pressures for which their 
sleeve valves are fitted. If used for higher pres-sure than that stated on the tag, failure 
of operation may result, for which we are in no way responsible. 

The following table shows the number of square feet of heating surface in a common 
high pressure Steam Heating Apparatus, which Traps of the several sizes may be expected 
to relieve under ordinary exposrure to cooling : 

Number OF Steam Trap 12 3 4 5 

Size of Pipe Connections inch 3^ 3^ 1 1]^ 1^ 

Diameter outside of Flanges " lO^^ 14^ 'i5% 19 2414 

Diameter of Cylinder " 8 103^ 12 14 18 

Heiiiht to top of Valve " 11 14 161:^' 185^ 233^ 

Height to top of Cover " 8 10 12 14 153^ 

Maximum discharge lbs. water per min. . 2 5 8 12 20 
Greatest number of square feet of sur- 
face to which it shou d be applied 350 900 1400 2000 3500 

Greatest number of lineal feet of 1-in. pipe 

surface to which it should be applied. . . 1050 2700 4200 6030 10500 

Weight, lbs. ''Nason" 40 80' 113 176 336 

Weight, lbs. "Sidelug" 47 92 125 212 343 

Price, "Nason" $16.00 $20.00 $27.50 $42.50 $70.00 

Price, "Sidelug" 16.85 21.30 29.25 45.50 74.75 

For indirect Steam Heating Apparatus the size of the Trap used should be at least 40 
per cpnt. larger than that given in the table, and if the coils are under the action of a 
l3last from a fan or blower the size of Trap must be still further largely increased. 

For special service, such as separators, vacuum pans, slashers, or for steam coils 
immersed in water, the number of square feet given in the table cannot be taken as an 
index of the size to be used. The am >unt of water to be discharged must be otherwise 
estimated, preferably by weighing the amount collected per minute, and the size selected 
by this method from the table. 



NASON MANUFACTURING COMPANY, NEW YORK. 301 

DIEECTIONS FOR USING THE "NASON" AND "SIDELUG" STEAM TRAPS. 

First. — Be sure that the Trap is not to be used for higher pressure than that marked 
on its tag. 

Second. — Screw the valve bonnet which accompanies the trap into the hole on top, 
being careful that before doing so the spindle is backed out as far as possible, in order to 
avoid crushing the seat on the disc. 

Third. — Place the Trap in all cases below the lowest point which is to be drained. 

Fourth. — Connect the drip pipe from end of coils of apparatus to the opening marked 
*' Inlet." 

Fifth. — Open the valve on top for a few minutes to allow the air or excess of water 
coming from the apparatus to escape. 

Sixth. — When the steam begins to flow in considerable quantity close the vaive tight 
and allow it to remain so while the trap is in operation. If while the pressure is on the 
coils, they become cold or water stops escaping from the trap, it is usually due to an accu- 
mulation of air. In this case open the valve a few minutes to allow it to escape, and then 
again clo&e it. 

Seventh. — The trap is tested and guaranteed to work up to the pressure marked on 
its tag. If more, or much lees, are required, it should be so specified, in order that the 
valve may be adapted to such requirements. 

Eighth. — This trap will discharge water from its outlet a few feet above the elevation 
on which it is placed — depending on the pressure ; but it will NOT RETURN WATER 
TO THiL BOILER— not being made for this purpose. 

Ninth. — If the apparatus or trap is to be left inoperative at any time w^hen the 
temperature is likely to go below the freezing point, remove the plug at the bottom, in 
order to allow the water contained in it to escape, and thus avoid damage to trap. 

This trap is guaranteed only to drain the number of square feet specified in our table, 
when the surface consists of Radiators, Wall Coils, or similar surface, acting only on the 
direct system. 

If connected to a heating apparatus on the indirect system, a trap 40 per cent, larger 
should be used. If connected to Sugar Pans, Evaporators, Separators, or apparatus 
where the heating surface is under water, the condensation is much more rapid, and sur- 
face, as named in our table, is not to be used as giving the capacity of the trap. For 
exceptional work, we will name special sizes and prices for traps to be used. 



SERVICE TO WHICH THEY MAY BE APPLIED. 

For taking off the water of condensation for Steam Pipes and Coils, and apparatus 
employed in Steam Heating. 

For draining Steam Kettles, Vacuum Pans, Mash Kettles, Steam Engine Supply 
Pipes, and Separators, and keeping Cylinders free from water ; Evaporating Pans, 
I Steam Jackets on Engines, Steam Jackets on Pumps, Stills in Absorption Ice Machinery, 
etc., etc. 

These traps are recommended for any service requiring the removal of water of 
condensation without the escape of steam accompanying it. 

A large assortment of standard sizes is kept in stock, which can be modified to suit 
any usual condition of service by changing t^eir discharge valves, an operation only 
requiring a few minutes, and orders are thus usually filled on the date of their receipt. 

PLEASE NOTE.— All traps manufactured by us bear the name " NASON M'F'G 
CO.," on the cover, and customers are requested to insist on this mark, as several inferior 
and light imitations are on the market and sold as our trap, which are giving general 
dissatisfaction, and causing prejudice against those of our make. Again we say, 

AVOID SUBSTITUTION- 

1st November, 1898. 



?02 



NASON MANUFACTURING COMPANY, NEW YORK. 



THE CHAMPION RETURN STEAM TRAP AND 

BOILER FEEDER. 

For returning conden- 
sation to Boilers from 
Steam Heaters of all 
kinds, Drying Cylinders, 
Evaporating Pans, Brew- 
ing Kettles, Paper Dry- 
ers, etc., whether above 
or below the Boiler. 

The Champion Return 
Steam Trap and Boiler 
Feeder is operated by the 
buoyancy of a Cast Iron 
Ball, alternately sur- 
rounded by water, and 
connected by a spindle 
to a lever on the outside, 
thereby operating a 
steam and exhaust valve 
both in one chamber, 
and placed on top of the 
Trap in such a position 
as to exhaust freely 
when desired, and re- 
duce the pressure so as 
to enable the Trap to 
take water immediately 
and prevent it from 
becoming air bound. The Trap will also take condensation from two or more 
return pipes, on some of which the pressure may be as low as five pounds and others as 
high as one hundred pounds, without causing the least obstruction to the return pipe 
upon which the pressure is low. This Trap is in operation in a large number of build- 
ings in New York and elsewhere. 

No. I.— to drain 4,000 to 5.000 feet, i inch pipe, Inlet i inch. Discharge 1% inch $100.00 

No. 2. — " 8,000 to 10,000 " " " " ii^ " 

No. 3. — " 15,000 to 20,000 " " " " i^ " 

No, 4 — " 30,000 to 40,000 " " " " 2^ " 

Receivers , lo.oo, 16.00, 

Outlets of Receivers i in. i3^ in. 




2 
3 or 4 



24.00 aud 



m. 



150.00 

200.00 

300 . 00 

4c. 00 

2>^ in. 



DIRECTIONS FOR CONNECTING TRAP. 

1. Always take steam direct from boiler. 

2. Always place trap at least from 2% to 3 feet above the water level of boiler. 

3. Always connect discharge pipe from trap to boiler, independent of any other 

discharge. 

4. Always place receiver below the lowest radiator. 

5. Place ball on lever just far enough out so as to let the float come to the bottom 

when trap is empty. 

6. Never reduce steam pipe leading from boiler to trap. 

7. Never use lead when making joints or connections. 

8. It will be necessary to set up two or three different times on flange-bolts, when 

trap becomes cold. 

9. I would advise the use of swing checks, as giving better results. 

10. Always place trap so that it can easily be got at, and have the gear in front. 

11. Always be careful not to deviate too much from the style and mode of connection 

as illustrated in cut. 

12. When everything is connected, before starting trap, compare with directions to 

make sure that everything is as it should be. 



NASON MANUFACTURING COMPANY, NEW YORK. 



303 



THE HANCOCK INSPIRATOR. 

"STATIONARY" PATTERN. 




Size. 

Nor 

]0 

15 

^1% 

20 

22M 

25 

30 

35 
40 

45 
50 

55 



Price. 



$18.00 
20.00 
25.00 
30.00 
40.00 
45.00 

55-00 

60.00 

75.00 

90.00 

110.00 

125.00 

150.00 

I75-00 



Capacities per Hour. 



With 60 Lbs. Steam 
Pressure and 4-Ft. Lift. 



go gals. 

120 " 

220 " 

300 " 
420 

540 " 

720 " 

900 " 

1,260 " 

1,740 " 

2,230 " 

2,820 " 

3,480 " 

3.650 " 



Maximum 
Horse 
Power. 



25 

33 
61 

83 
117 

150 
200 
250 
350 
483 
619 

783 

967 

1014 



Pipe Connections. 



Steam. 



I 



Suction. 



I 

iK 

2 

2 

2^ 
2>^ 



Deliv- 
ery. 



I 



2 
2 

2l< 



Over- 
flow. 



y^ 



I 

IK 
^y^ 

2 
2 




Type "C.-' 



TYPES "C" AND "A. 

Type "C" is made in 
the upright and Type 
"A" in the horizontal 
pattern; both being iden- 
tical in construction and 
efficiency and correspond- 
ing sizes having the same 
capacities. Each and 
every corresponding part 
of both Types is inter- 
changeable with the ex- 
ception of the Body. 

These Inspirators will 
work with steam pres- 
sures of from 25 to 200 
lbs. and higher, without 
any adjustment of either 
steam or water supply, 
and will work water at a 
temperature of 120° Fahr. 




Type "A: 









TYPES 


"C" AND 


'A." 
















Capacity per Hour 






i'ipe Connections 










With 4 Foot Lift. 


Maximum 


















Size. 


Type. 


Price. 


Steam Pressures. 


Power. 






Deliv- 


Over- 










100 Lbs. 


Steam. 


Suction. 


ery. 


flow. 














60 Lbs. 


100 Lbs. 












10 


"C" 


$18.00 


120 gals. 


135 gals. 


33 


% 


% 


% 


^ 


123/2 


'♦C" 


20.00 


220 " 


245 " 


68 


% 


% 


% 


<^ 


15 


"C" 


25 .00 


300 " 


340 " 


94 


% 


% 


M 


% 


-^ly 


"C" 


30.00 


420 " 


475 " 


132 


% 


I 


I 


I 


20 


"C" 


40.00 


■ 540 " 


610 " 


169 


% 


I 


I 


I 


25 


"A" 


50.00 


900 " 


1,020 


283 


^y 


iH 


1^4 


I^ 


30 


'♦A" 


60.00 


1,260 " 


1,430 " 


397 


^y9. 


^y 


i^ 


^y 


35 


"A" 


75.00 


1,740 " 


1,975 " 


549 


^y 


^y 


i^ 


^y 


40 


"A" 


90.00 


2,230 " 


2.530 " 


703 


2 


2 


2 


iH 


45 


"A" 


110.00 


2,820 " 


3,200 " 


888 


2 


2 


2 


^y 


50 


"A" 


125 .00 


3.480 " 


3.950 " 


1099 


2 


^y 


2 


1X2 


55 


"A" 


150.00 


3,650 " 


4,140 " 


1150 


2 


^y 


2 


1K2 



Note. — The capacities of these Inspirators increase as steam pressure increases. The special "Regulating Valve" 
is not applied to the Nos. 10, 1214 and 15 sizes of Type " C " Inspirators. 



304 



NASON MANUFACTURING COMPANY, NEW YORK. 



KORTING'S DOUBLE TUBE INJECTOR. 




oTsanjigb 



Printed Instructions sent with each Injector. 



3 

4 

5 
6 

7 



14 

i6 



(^S 



$20.00 
21 .OO 
23. CX) 
28.00 
38.00 
46.00 

5500 
60.00 
65.00 
85 . CO 

100 . 00 
120.00 

135.00 

165 .00 
250 . 00 
300.00 

450 00 



~> -^ V 

u 



5 
12 
20 

35 

50 

75 

100 

125 
160 
200 
260 
300 
360 
530 
700 
900 
1450 



16 

30 
40 

65 
90 



to 
to 
to 
to 
to 
to 
to 120 
to 140 
to 190 
to 240 
to 290 
to 350 
to 400 
to 600 
to 800 
to 1000 
to 1800 





. c 
.. 




s^ 


Ui£ 


^.a 







I- rt 


=5S 


0.-Z 







c 


cn 


50 


% 


$ .40 


no 


V\ 


.40 


160 


% 


.40 


250 


<f^ 


•50 


350 


n 


.60 


500 


H 


.60 


625 


I 


•75 


850 


I^ 


1. 00 


1050 


iki 


1. 00 


1400 


i^ 


1.20 


1850 


13/2 


1.20 


2300 


2 


1.50 


2800 


2 


1.50 


3600 


2^2 


2.40 


4700 


3 


3.00 


6000 


3 


3.00 


1 1000 


4 


4.00 



ui O 



$1.00 
1.25 
1.50 
2.00 
2.50 
2.50 
3.00 
4.00 
4.00 
5.00 
5.00 
7.00 
7.00 

10.00 

15 CO 

15.00 
23 00 






$.40 

.40 

■50 

.60 

.80 

.80 

.80 

1 .00 

1. 00 

1.20 

1.20 

1.40 

1.40 

2.00 

4.00 

4.00 

6.00 




THE 



METROPOLITAN 



AUTOMATIC INJECTOR. 



Sizes. 


Prices. 


Size of Pipe Connections. 


Capacity with 

Steam Pressure 

80 lbs. 2 foot lift. 


Horse Power. 






Steam. 


Suction. 


Delivery. 




2 


$ 15.00 


% 


% 


. % 


60 Gals. 


4 to 6 


3 


16.00 


% 


% 




80 " 


6 to 8 


3^ 


18.00 


/^ 


Mt 


/^ 


120 " 


8 to 15 


4 


20.00 


/^ 


% 


J^ 


165 " 


15 to 20 


5 


25.00 


P. 


M 


t 


250 " 


20 to 30 


6 


30.00 


M 


350 " 


30 to 45 


7 


40.00 


I 


I 


I 


500 


45 to 65 


8 


45.00 


I 


I 


I 


600 


65 to 80 


9 


55- 00 


i^ 


i|4 


'H 


800 " 


80 to 100 


10 


60.00 


i^ 


^^ 


ig 


1,000 " 


100 to 130 


n 


75.00 


i^ 


1,300 " 


130 to 170 


12 


90.00 


iJ^ 


i^ 


ij^ 


1,750 ' 


170 to 230 


13 


110.00 


2 


2 


2 


2,300 


230 to 300 


M 


125.00 


2 


2 


2 


2,850 " 


300 to 375 



METROPOLITAN DOUBLE TUBE INJECTOR. 




2>^ 

5"^ 

eV2 

11^ 

I2l^ 

i3V^ 
14^ 

16^ 
17^ 
i8^ 



$18.00 

20.00 

25 00 

3c. 00 

40.00 

45.00 

55- 00 

60.00 

75.00 

90.00 

I 10 . 00 

125.00 

150.00 

200.00 

250 00 

300.00 



U g 



.2 ^ « 



*j o 



Ck c 



^^ 






H 






2}^ 

3 

3 



rt 2 r- 

rt j3 rt 

■^y5 









120 

165 

250 

350 

500 

600 

800 

1000 

1300 

1750 

2300 

2850 

3500 

4200 

4700 

5500 






8 to 

15 to 

20 to 

30 to 

45 to 

65 to 

80 to 

100 to 

130 to 

170 to 

230 to 

300 to 

375 to 

500 to 

650 to 

775 to 



Q.5 



51 00 
1.00 



45 
65 
80 


1-25 
1.50 
1.50 


100 


2.00 


130 


2.00 


170 


2.50 


230 


2.50 


300 


3.00 


375 


3.00 


500 
650 


3-50 
350 


775 


4.00 


Q.SO 


4.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



305 



DOUBLE OR JACKET STEAM KETTLES. 

WITH MOVABLE LEGS. 
Tested to 50 lbs. Hydraulic Pressure. 



Actual Capacity, gals 

Outside Diameter, in. 
Inside Diameter, in. . 

" Depth, in 

Extreme Height . . . 
Price including Legs. 



5 


8 


II 


18 


28 


47 


76 


130 


iqK 


21^ 


23 


26 


2^V, 


34K 


40 


46X 


I2l/^ 


I4M 


i5V^ 


18M 


23M 


263^ 


311^ 


38 


12 


14 


15H 


I7X 


19^ 


21^ 


24^ 


30 >r 


29 


31K 


33/2 


33M 


36/2 


38 


39/2 


403^ 


20.00 


25.00 


30.00 


38.00 


45- 00 


65.00 


90.00 


140.00 



180 
30 

4314^ 
210.00 




DOUBLE OR JACKET STEAM 
KETTLE. 

In this Kettle the inner Caldron is flanged 
at the top to the body or Kettle proper — the 
intersticial space forming the Steam Chamber 
and heating surface. 

It is furnished with Copper or Iron Caldrons 
3.nd with or without covers. 




SEAMLESS JACKET STEAM KETTLE 
These Kettles are all cast in one piece, 
having a steam space cored out. They do 
not require either Bolts or packing in their 
construction, and are proved at a steam 
pressure of 75 pounds. Covers of Black or 
Galvanized Iron and Planished Copper, also 
larger sized Kettles made to order. 



SEAMLESS JACKET STEAM KETTLES. 



Capacity in gals. 



Price, without cover - . 

Half Jacket 

Covers, Galvanized Iron, Extra. 
** Copper " 



5 


10 


15 


20 


25 


30 


37-50 

6.00 
10.00 


52.00 

30.00 

9.00 

15.00 


60.00 
45-00 
12.00 
18.00 


75.00 
52.00 
15 00 
21.00 


90.00 
67.50 
18.00 
24.00 


105.00 
82.50 
21 .00 
27.00 



40 




Capacity in gals. 



Price, without Cover . 

Half Jacket 

Covers, Galvanized Iron, Extra 
'' Copper " 



50 



13500 

100 00 

27.00 

3 7- 00 



60 



75 



80 



150.00 

30.00 
45.0c 



180.00 

32.00 
52.50 



210.00 

34.00 
56.50 



100 



235.00 

36.00 
60.00 



125 



150 



200 



265.00 

39.00 
67.50 



330.00 4C0.G0 



42.00 
75.00 



45 00 
82.50 



Drilling and tapping for Cocks, extra. Covers all finished with Brass Trimmings. 



3o6 



NASON MANUFACTURING COMPANY, NEW YORK. 



PATENTED 

CAST IRON SEAMLESS-JACKET STEAM KETTLES. 

NO LEAKING, NO BOILING OVER, NO WASTE 

OF STEAM. POSITIVELY THE BEST 

STEAM KETTLE MADE. 




THIS KETTLE 
Is CAST IN ONE PIECE ; leaks are impossible. 

The location of the steam chamber is the best. 

ALL the power of the steam is utiHzed, whether the kettle is wholly 
or PARTIALLY filled. 

When boiling, the surface of the contents is HIGHEST IN THE 
CENTRE, instead of highest around the edge, as in other kettles ; this 
prevents boiling over. 

The contents of the kettle do not HARDEN UPON THE SIDES 
and form a crust there, as in other kettles. 

The cast-iron casing which supports the kettle PREVENTS 
RADIATION of heat. 

Heavy Galv's Gov. Heavy Copper Gov. 

with Brass Hinges with Brass Hinges Weight. 







Less Cover. 


and Handles. 


and Handles, 


Lbs. 


6 Gals. 


- 


I15.OO 


$ 6.50 


$12.00 


90 


lO 


- 


17.00 


7.00 


15.00 


120 


15 " 


- 


25.00 


7-50 


18.00 


157 


20 " 


- 


30.00 


8.50 


20.00 


205 


25 


- 


38 00 


10.00 


22.00 


218 


35 " 


- 


45- 00 


12.00 


25.00 


260 


45 " 


- 


50.00 


14.00 


30.00 


394 


55 " 


- 


57.00 


16.00 


35.00 


418 


65 " 


- 


75.00 


18.00 


45.00 


553 


80 


- 


87.00 


20.00 


50.00 


681 


TOO " 


- 


110.00 


25.00 


60.00 


754 


125 


- 


135.00 






1344 


160 " 


- 


175-00 






1425 


200 " 


- 


200.00 






1O80 



NASON MANUFACTURING COMPANY, NEW YORK. 



307 




FURNACE AND CALDRON 



FOR HARD OR SOFT COAL. 



FOUR SIZES. 



22 Gallons, $22.00 45 gallons, $34.00 

30 " 27.00 60 " 44.00 

The Fire Box is round and lined with fire 
brick. 

The Fire Door is large enough to feed with 
an ordinary shovel. 

Especially adapted to manufacturing, and to 
numerous industrial purposes. 



PORTABLE FURNACE AND CALDRON. 



FOR COAL OR WOOD. 



to M M tH 

0^14^ too O-F^W M M 
000000<-nOlOUi 



?K 



gfi 



OO^J ^J 0"-f^ Ui to 10 1-1 M M 

OG^M O^-" Ooi 0<-n ro O 



00000000000 
00000000000 



o-O 



■m 



\0 00 oo^j cr» UJ to to M M i-H 

QO O0(ji to U3 0\^ UO ~J -P. to 



OOOOOOt-ncn^jtoO 
OOOOOOOOuicnO 



en .^ Ul 10 p-H M 

O O i^ 4^ 00 CO o-t* Ui to 



OOOOOOOOtnoi^^ 
00000000000 



O 3 
O D- 



n 

o BL 



■m 



CO o-t- ui to to 






oooo^^ooo 



sj 2 




''"""iiiiimlHin 



Note. — The 140 gallon Caldron has a 4 inch Curb, the 170 gallon an 8 inch Curb, and the 200 
gallon a 12 inch Curb. Prices of Copper Caldrons on application. 

We can furnish Copper Caldrons for use in above furnaces instead of the Iron Caldrons ; also, 
Copper Caldrons for use inside the Iron Caldrons, i. <?. , when double Caldrons are wanted. Prices 
on application. 



3o8 



NASON MANUFACTURING COMPANY, NEW YORK. 



BUFFALO BLOWERS AND EXHAUSTERS. 



FOR FORGES, FURNACES, VENTILATING, DRYING, AND COOLING 




B PATTERN. 



These Fans are built with special reference to durability and smooth running under prolonged 
and arduous service, having solid shell or case, with a smaller number of parts than any other made, 
an important point in all high-speed machinery. 



No. of 
Blower or 


Height in 


Diameter of 


Diameter of 


Diameter of 


Face of 


Price. 


Exhauster. 


Inches. 


Outlet. 


Inlet. 


Pulley. 


Pulley. 




I B 


I5X 


5 


5 


23/ 


2X 


$20.00 


2 B 


19X 


6 


6 


3X 


2% 


25.00 


3 B 


25 


1% 


7y^ 


4 


3% 


33- 00 


4 B 


29 


9 


9 


5 


4 


44.00 


5 B 


32 


loK 


io>^ 


53/ 


aVz 


55.00 


6 B 


37K 


12 


12 


6>^ 


SVz 


70.00 


7 B 


43 


14 


14 


1% 


6K 


90.00 


8 B 


48 


16K 


16 


^Vz 


VA 


150.00 


9B 


55 


18 


18 


9^/2 


^Yz 


200.00 


ID B 


68 


21 


21 


12 


10 


250.00 


11 B 


79 


24 


24 


14 


12 


350.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



309 



BUFFALO STEEL PRESSURE BLOWERS. 

FOR CUPOLA AND FORGE FIRES, AND OTHER HIGH PRESSURE DUTY. 




The special features of this Blower are: long, heavy journals in standard ratio of length to 
diameter of 6 to i, the solid shell being cast in one piece, and fewer parts than in any other machine; 
under any service the bearings being in perfect alignment vertically and laterally with the rest of the 
machine, making it far superior as to durability, smooth running, and economy of power, than any 
other make. 





Height 

in 
Inches. 


Diameter 

of 
Outlet. 


Diameter 

of 

Pulley. 

1 


Face of 
Pulley. 


Price 
without 
Counter- 
shaft. 


Price with 
Counter- 
shaft. 


Adjustable Bed. 


Number 
of Blower. 


Price with 
Bed but 
without 

Counter- 
shaft. 


Price with 
Bed and 

with 
Counter- 
shaft. 


I 
2 

3 
4 
5 
6 

7 
8 

9 

10 
II 

12 


12K 

15 

20 

24 
26 
30 

35 
40 

45 
56 
66 
76 
80 


4 

4ys 

^% 

6X 

7X 

^y% 
10 

12X 

14H 

18 


2K 
2K 

3X 

4 

4X 

4>^ 

5 

6 

7 
8 

9 
10 

10 


2X 

iy^ 

3 

3 

VA 

5 
53/ 

6X 
7 

8 


$12.00 

18.00 

26.00 

36.00 

44.00 

55- 00 

70.00 

90.00 

II 5 . 00 

160.00 

225.00 

275.00 

325.00 


$20.00 

28.00 

38.00 

52.00 

64.00 

80.00 

100.00 

130.00 

170.00 

230.00 

300 . 00 

350.00 

400 . 00 


$100.00 
130.00 
170.00 
265.00 
330.00 
380.00 
475.00 


$135.00 
175.00 
230.00 
350.00 
435 -oo 
500.00 
625.00 



Nos. I to 6 Blowers, inclusive, have one pulley, and Nos. 7 to 12 have two pulleys. 



3IO 



NASON MANUFACTURING COMPANY, NEW YORK. 




BLACKMAN 
PATENT POWER 

VENTILATING 
WHEELS OR AIR 

PROPELLERS. 



12 inch, with frames, $30.00 each. Area of Circle, .78 


18 " 


40.00 ' 






1-77 


24 " " 


60. 00 ' 






3-14 


30 - 


' 80.00 ' 






4.90 


36 " - 


' 100.00 ' 






7.06 


42 " 


125.00 ' 






' 9.62 


48 " 


' 150.00 ' 






' 12.56 


54 " " 


' 200.00 ' 






15.90 


60 " 


' 250.00 ' 






19.63 


72 " 


375-00 * 






28.27 


84 " " 


500.00 ' 






38.48 


96 " without ' 


' 325.00 ' 






50.27 


108 " 

120 " " 


' 400.00 ' 
' 500.00 ' 






' 63.62 

78.54 



Sq. f^ 



Pulley, 


3 in. 

4 in. 


X 
X 


i in 
liin 




5 in. 

6 in. 


X 
X 


2 in 
2i in 




7 in. 

8 in. 


X 
X 


3 m 
3 in 




9 in. 
10 in. 


X 
X 


4 in 

5 in 




12 in. 


X 


6 in 




15 in. 
18 in. 


X 
X 


6 in 
6 in 




20 in. 


X 


8 in 




22 in. 


X 


8 in 




24 in. 


X 


10 in 




NATIONAL VENTILATOR 
WHEELS. 

24 inch dia. 5 inch X 2 inch Pulley $50.00 

" 65.00 

" 85.00 

" 105.00 

125.00 

" 160.00 



30 " 


" 6 ' 


' X2\ '' 


36 " 


" 7 ' 


' X3 " 


42 " 


" 8 ' 


' X3 " 


48 " 


" 9 ' 


' X4 " 


54 " 


" 9 ' 


' X4 " 



NASON MANUFACTURING COMPANY, NEW YORK. 



311 



WORTHINGTON STEAM PUMPS. 




WORTHINGTON BOILER FEED PUMP, PISTON PATTERN, GOOD FOR 150 

LBS. PRESSURE. 



These pumps are fitted with packed water pistons of iron or brass, as may be required, 
operating in brass-lined cylinders. The water valves are of brass or hard composition, and > 
are controlled by brass cylindrical springs, held in place bj' guards of the same material. 



CO 
u C 

Si "-! 


Diameter of 
Water Pistons. 


4; 



Vh 


0) 


Horse Power 

of Boiler, based on 

30 pounds of water 

per hour, which the 

pump will supply 

with ease. 


Diameter of Pistons 

required in any 

single cylinder 

pump to do the same 

work at same speed. 


Sizes of Pipes for Short 
Lengths. To be increas- 
ed as length increases. 


List 


Diamet 
Steam Cy' 


1- 


CO 

w 


c 
.2 1^* 

C/3 


Q 


Prices. 


2 

3 
4K 

6 

9 
10 


3^ 
4 

5 
4^ 

5^4 
6 


1% 

3 

4 

5 

6 

6 
10 
10 
10 


35 
100 
200 
400 

550 
8gg 

950 
1300 
1700 


3 
4 

5 
^% 

6% 

IV2 
8K 


% 
% 

I 
2 


I 

iM 
2 
2 
2 


I 

2 

3 
4 
4 
4 

5 


I 

2 
3 
3 
3 
4 


90.00 
I 10. go 

I 80 . OG 
240 . OG 
280. GO 
390. GO 
670.00 
770.00 
950.00 



A slight additional charge is made when Pumps are fitted with Brass Plungers and 
Piston Rods. An extra charge is also made for Bed-plates. 

To designate the sizes, give the diameters of Steam Cylinders and Water Plungers, and 
length of stroke. 

Plunger and Ring Pattern Pumps for General Service, in sizes larger than above, will 
be quoted on application. 



312 



NASON MANUFACTURING COMPANY. NEW YORK. 



THE SNOW -DUPLEX PLUNGER" PUMP. 

FOR GENERAL SERVICE. 

The engraving represents the standard design for Duplex Steam Pumps. It is intended for all 
service when the requirements do not exceed a working pressure of 150 lbs. per square inch. These 
pumps are fitted with two double-acting plungers, rubber valves, brass seats, guards and springs, 
suitable for pumping hot or cold water. 

Metal valves, with special seats and guards, can be furnished to suit 
any particular requirement. In emergency the capacities given below 
may be considerably increased. In comparing the capacities of pumps, 
it should be borne in mind that the Snow Pump has two plungers and is 
therefore double the capacity of a single cylinder pump of the same 
dimensions. 


















Size, 12 X 


81^ X 


12. 








s 


u 


v 


c 


• 
c 

S u-o ^ 

W) C 3 




1 1 

4) <u ro u 


Diameter of Pipes 
in Inches. 








S 

to 

c 


8, 

to 


flj >" ^ (/I 

u Co 

£ 3 "O 


•u2h S 

Ji- = «; 

D r C 4J 

"v ^ a h 

c ^0 
.2 « rt 

o.s i; 


C W>0 Q. 

KlBJ 












S 

Cll 


tn 

3 

w 


c 

u 

3 


S 


List Prices. 








P 


Q- 


£ 


c g-- 












2^ 


IM 


2 


.015 


150 to 300 


4K to 9 


2>^ 


% 


K 


I 


^ 


$ 40.00 


3 


2 


3 


.041 


100 " 250 


8 ' 


• 20 


2^ 


H 


/a 


IM 


I 


60.00 


^% 


^u 


4 


.10 


100 " 200 


20 ' 


' 40 


4 


":^ 


I 


2 


IJ^ 


95-00 


SVat 


-hVz 


"^ 


.21 


100 " 200 


40* 


' 80 


t; 


K 


l^ 


2^ 


2 


125 .00 


6 


4 


6 


•33 


100 " 150 


66 • 


' 100 


5>^ 


I 


iH 


3 


2 


145.00 


7 


4/2 


8 


.55 


100 " 150 


no ' 


• 165 


6/8 


i^ 


2 


4 


3 


215 .00 


8 


5 


10 


.85 


75 " 125 


137 ' 


' 212 


7>^ 


1^3 


2 


5 


4 


360 . 00 


8 


6 


10 


1.22 


75 " 125 


170 ' 


' 305 


8^ 


1/2 


2 


5 


4 


360 . 00 


10 


6 


10 


1.22 


75 " 125 


180 ' 


' 305 


8>^ 


2 


2/3 


5 


4 


420.00 


10 


7 


ID 


1.66 


75 " 125 


250 ' 


' 415 


9^ 


2 


2/2 


6 


5 


525.00 


12 


7 


12 


2.00 


75 " 125 


300 ' 


' 500 


9?^ 


2J/2 


3 


6 


5 


640.00 


14 


7 


J2 


2.00 


75 " 125 


300 ' 


* 500 


9^ 


2/2 


3 


6 


5 


680 . 00 


12 


8^ 


12 


2.95 


75 " 125 


440" 740 


12 


2^2 


3 


8 


5 


77500 



Sizes are designated by the diameter of the steam cylinders, the diameter of the water plunger, and 
the length of stroke. 

Any number of combinations in addition to the above list can be supplied to meet the requirements 
of any service. 

Bed-plates extra. When pumps are fitted with brass plungers and piston rods, a slight extra 
charge is made. 



NASON MANUFACTURING COMPANY, NEW YORK. 



313 



THE DEANE AUTOMATIC DUPLEX FEED PUMP 

AND RECEIVER. 




Size 6 — 4 — 6. Pump. 

This apparatus is designed to automatically drain heating systems and machines or appli- 
ances used in manufacturing which depend upon a free circulation of steam for their efficiency. 
It furthermore is arranged to automatically pump the water of condensation drained from such 
systems back to the boilers without loss of heat. 

The automatic action of the pump and its speed are controlled by a bucket in receiver 
which depends upon the principle of specific gravity for its operation. It is connected directly, 
without the use of intervening levers, cranks and stuffing boxes, to a governor valve in steam 
supply pipe to pump, thus making the action of the pump conditional upon the rise and fall of 
the bucket in the Receiver. 

The economy resulting from its use is unquestionable, and the satisfactory and increasing 
use of this machine leaves no doubt as to its efficiency. 



Dia. 


Dia. 


Length 


Steam 


Water 


of 


Cyls. 


Cyls. 


Stroke. 


3 

AM 

6 


2 

3K 
4 


3 
4 
5 
6 


1% 
9 


5 

A% 

5^ 


6 
12 
12 


10 


6 


12 



Square Feet 

Radiating 

Surface drained 

per Minute.* 



5,000 
10,000 
20, 000 
40,000 
5t),ooo 
55,000 
70,000 
85,000 



Dia. 


Dia. 


Dia. 


Steam 


Exh'st 


Disch. 


Pipe. 


Pipe. 


Pipe. 


% 


y9. 


I 


% 


% 


^% 


% 


1^4 


^% 


% 


^V2 


2 


I 


2 


3 


I 


2 


3 


iK 


2% 


3 


i^ 


2% 


4 



Dia. Inlet 

to 
Receiver. 



Price. 



2K 
2K 
1V^ 



2^ 
2^ 



^150.00 
I 90 . 00 
220.00 
240.00 

345- 00 
500 . 00 
555-00 
650.00 



Net; Extra 

for Brass 

Fitting. 



$2.25 

5-25 
7.00 
9.00 
14.00 
25.00 
35- 00 
38.00 



*i,ooo square feet radiating surface equal about 3,000 linear feet of one-inch pipe. 



314 



NASON MANUFACTURING COMPANY, NEW YORK. 



WORTHINGTON AUTOMATIC FEED PUMP 

AND RECEIVER. 

PATENTED. 




The main difficulty met with in any attempt to design a device for automatically controlling 
the speed of a pump through the level of water in a tank is to secure a reliable form of float. 
It has been found practically impossible to make a hollow float that will stand water pressure 
and remain tight ; so that in the place of the air-tight copper balls, formerly used so extensively, 
various forms of displacement floats depending upon counterbalance weights to make them 
operative are now employed. 

The automatic arrangement illustrated herewith is believed to be freer from all the defects 
common to this class of apparatus than any heretofore devised. A float of copper is provided 
with a hole in the top through which the water as it enters the tank is allowed to flow until the 
float is entirely filled. Its weight, when filled with water, is counterbalanced by a a iron weight 
secured on the opposite end of the beam. As the float is an open one, the pressure of course is 
equal on the inside and out, so that there is no tendency to collapse. The rising and falling 
of this float, depending upon the level of the water in the tank, operates a balanced valve 
which controls the admission of steam to the pump. The stem of this valve passes through a 
stuffing box located within the tank, any leakage from which is caught by the tank, and is thus 
unobjectionable. As this stem has no work to perform except to move the balanced valve, it 
is of small diameter and its stuffing box so insignificant in size that even should the packing 
tend to stick on the stem, it could not exert friction enough to interfere in any way with the 
function of the float. 

The Worthington Automatic Feed Pump and Receiver is made in four sizes, according to 
the following list : 



No. 


Size. 


Amount of 

Radiating Surface 

it will Drain. 


APPROXIMATE DIMENSIONS. 


List 




Length. 


Width. 


Height. 




I 
2 

3 
4 


3 X 2 X 3 
43^ X 2^^ X 4 

5 ^^ X 33^ X 5 

6 X 4 X 6 


5,ooo square feet. 
12,500 " 
25,000 " " 
40,000 " " 


3 ft. I in. 
3 " 3 " 

3 " 9 " 

4 " 2 " 


2 ft. 6 in. 

2 " 9H " 

3 " 

3 " Vz " 


23K in- 

23H " 

23K " 
23K " 


$300.00 
380.00 
440.00 
480.00 



We can also supply these receivers for use in connection with electric pumps, automatically 
controlled, if desired. 



NASON MANUFACTURING COMPANY. NEW YORK. 



315 




DOUBLE ACTING LIFT 
AND FORCE PUMP. 

Size, inch 2^^ 

Each - -. $30.00 



SINGLE ACTING LIFT 
AND FORCE PUMP. 

Size, inch 2 23^ 

Each-- - $13,00 $16.00 




Double Acting Lift and 
Force Pump. 



Brass, Single Acting Lift 
and Force Pump. 




NASON'S BOILER FEED PUMP. 



The cut represents our Special Pump for boiler feeding, and 
for raising water when desired, against high pressures. 

It is to be driven by a crank, and by placing the driving pin, to 
which the pump rod is connected, at a greater or lesser distance 
from the center of the shaft, the quantity per minute can be regu- 
lated to a nicety. 

The pump is of the plunger pattern, the rod going down into 
the inside of the plunger, and it is connected at the bottom of it 
by means of a ball joint, which admits of free motion in all direc- 
tions, thus reducing any wear on the surface of the plunger to a 
minimum. 

It will be noticed that the gland and stuffing box are made of 
very liberal size, with a large movement for the follower, so that the 
pump requires but little attention to the packing ; and it will never 
be found necessary to screw the follower down hard. 

STANDARD SIZES, CAPACITIES AND PRICES. 

No. 

Dia. Plunger, in i 

Length Stroke, in 5 

Size Pipe Con., in 

Greatest No. Strokes per min 60 

Lbs. Water del. per min 13 

hour -- 780 

*Nom, H. P. of Boiler each will 

supply 26 

Price 11.00 



I 


No. 2 


No. 


3 


Va 


2H 


3 




6 


8 


% 


I 


i^ 




50 


40] 






43 


81 




) 


2590 


4860 


Capa 

Based 

maxim 

Spec 




86 


162 J 




00 


14.00 


20.0c 


) 



*Note. 



-The above Horse Power is calculated on a consumption of 30 lbs. of 
water for each H. P. developed. 



3i6 



NASON MANUFACTURING COMPANY, NEW YORK. 




CISTERN SUCTION PUMPS. 

WITH REVOLVING BEARER TOP AND BOLTED BASE. 

Fitted for Wrought Iron or Lead Pipe, or both, as ordered. 



No. 


Diam. Cyl. 


Suction. Iron. 


Brass Cyl. 


Brass. 


o, 


2 in. 


I ir 


t. $3.50 


$5-50 


$7.75 


I, 


2X " 




4.00 


6.00 


8.75 


2, 


2K " 


iX ' 


4-50 


7.00 


10.50 


3, 


23/ " 


iX ' 


s 5.00 


8.00 


14.00 


4, 


3 " 


iX " 


5.50 


10.00 


17.00 


5, 


3X " 


^V^ ' 


6.50 


13.00 


21.00 


6, 


^Vz '' 


I^ ' 


8.00 


18.00 


27.00 


8, 


4 " 


2 " 


10.00 


25.00 


35-00 



Fig. 199. 



PITCHER SPOUT SUCTION PUMPS. 

WITH CLOSED REVOLVING BEARER TOP 

AND BOLTED BASE. 

Fitted for Lead or Wrought Iron Pipe, or both, as ordered. 



No. 


Diam. Cyl. 


Suction. 


Iron, 


Brass Lined. 


Pore 


Lined. 


I, 


^Yi in. 


I in. 


$4.25 


$6.50 




$6.50 


2, 


3 " 


iX " 


4.75 


7-25 




7-25 


3 


3K " 


iX " 


5-25 


8.00 




8.00 


4, 


4 " 


iVz " 


6.25 


9.00 




9.00 


5, 


A% " 


I'A " 


9-50 


12.50 




12.50 




Nos. I, 2, 3 furnished with Closed Spout at same list. 




Fig. 205!/^. 



ANTI-FREEZING 
WELL LIFT PUMPS. 

WITH WROUGHT IRON CONNECTING PIPE 
AND PATENT SAND VALVE. 



No. 


Diam. Cyl. 


Suction. 


Capacity per Stroke. 


Price. 


2, 


23^ in. 


i}4 in. pipe. 


.13 gal. 


$8.00 


4, 


3 " 


iK " 


.18 " 


8.50 


6, 


3K " 


iK " 


.25 " 


9.25 



-g- 550. 



NASON MANUFACTURING COMPANY, NEW YORK. 



317 



"ALERT" DOUBLE ACTING 
FORCE PUMPS. 

WITH DOUBLE SUCTION AND DISCHARGE OPENINGS. 

No 2 4 6 8 

Diam. Cylinder, inches, 2^ 3 "}>% 4 

Suction Pipe, inches, . . 1% i^ ^/^ i/^ 

Discharge Pipe, inches, i i \}l iX^ 

Iron, $16.00 18.00 20.00 24.00 

Brass Lined 17 -50 20.00 22.50 27.00 




Fig. 747- 



HYDRAULIC RAMS. 







Fig- 345^- 










Size, No 


2 


3 4 


5 


6 


7 


8 


Pipes, Drive, inches, 

" Dis. inches,.. 

With Leather Valve, 


$g.oo 


I 1% 
11.00 14.00 


2 

I 

22.00 


2K 

IX 

40.00 


3 
75.00 


4 

2 

125.00 



Leather Valve under Air Chamber, 




Fig. 867. 




HYDRAULIC PRESSURE OR 
TEST PUMPS. 

WITH REVOLVING TOP. 



No. 



Diameter Ram. inch, . . ^ 
Sue. and Dis. Pipe, ins. i 
Working Pressure, lbs. 700 
Price, $20.00 



I 

I 

550 
21.50 



I 

400 
22.50 



I 

200 
27.50 



BOILER FEED FUxMP. 

Fig. 484 represents improved pattern of Power Boiler Feed 
Pump with crank shaft, face plate, tight and loose pulleys, for 
manual or machine power. On the end of driving shaft opposite 
the face plate is a heavy iron crank with wrought-iron handle for 
working Pump when necessary. 

No 024 



Diameter of Cylinder, inches 

Stroke, inches 

Capacity per Min., 60 Strokes, gals. 

Suction Pipe, inches 

Discharge Pipe, inches 

* Lift and Force, feet 

Equivalent Pressure, lbs 

Pullev, inches 



2 


23^ 


3 


3/2 


3% 


3^/^ 


2.d5 


3.82 


5-51 


I 


I 


^H 


I 


I 


iK 


120 


90 


60 


60 


45 


30 


16x3 


16x3 


16x3 


4.00 


40.00 


50.00 



Price $34 . 00 

* Total lift and force from supply to point of delivery. Pump ro; more than 25 
feet above water. Hot water must flow to Pump. 




Fig 484. 



318 



NASON MANUFACTURING COMPANY, NEW YORK. 




Fig. 1025. 



DOUBLE ACTING 
WELL FORCE PUMPS. 

FOR SHALLOW OR DEEP WELLS — OPEN, DRIVEN, 
DRILLED OR CASED. 





Diam. 






Capacity 


Brass 


Brass 


No. 


Lower Cyl. 


Suction. 


per Stroke. 


Lined 


Cyl. 


Body Cyl. 


2, 


lyi in. 


i)i in. 


pipe. 


.13 gal. 


$14- 


00 


$15.00 


4, 


3 " 


iX 


1 ( 


,18 " 


14 


50 


15-50 



Universal bushing, adapting pumps for shallow or deep wells, 
stfainer and hose connection are supplied with each pump, and in- 
cluded in price. 



WELL FORCE PUMP 
STANDARDS. 

WITH REVOLVING TOP. 
FOR MANUAL OR WIND POWER. 




Stroke, 




Suction. 


No. I. 


No. 2. 


6 in. 


13 


^ in pipe. 


$10.00 


$11.00 


10 '* 


2 


( ( 


11.50 


12.50 




Fig. 422. 

ANTLFREEZING 
WELL FORCE PUMP HEADS. 

WITH PATENT VERTICAL SHIFTING VALVE AND SCREW 
HANDLE. — FOR MANUAL OR WIND POWER. 



Stroke. 


Suction. 


Lower Dis. 


Price. 


6 in. 


ij4^ in. pipe. 


I in. pipe. 


$18.00 


10 " 

Adjustable, } 
6, 8 or 10 in. f 


to to 


I " 
I 


19.50 
20.50 



Cylinders, page 319, are required with this standard, and cost extra. 



Fig. 1033. 



NASON MANUFACTURING COMPANY, NEW YORK. 



319 



PUMP CYLINDERS, OR WORKING BARRELS. 

Screw Attach. - Bolt Attach. 



FIGS. 609 AND 610, GAS SET PUMP CYLINDERS. 




Fig. 609. 




Fig. 611. 




Fig. 613. 




Fig. 616. 



Size. 


Stroke. 


Fitted for 


Iron. 


Brass Lined. 


All Brass. 


2j^ X 10 


6 inch. 


I inch. 


$4.00 


$7-75 


$11 .00 


2^^ X 10 


6 " 


ili " 


4-35 


8.00 


12.25 


2J^ X TO 


6 " 


ii^ " 


4.70 


8.50 


12.75 


3 X 10 


6 " 


1 14 " 


5.00 


9.00 


13-50 


3^2 X 10 


6 '* 


iK '• 


7.00 


10.50 


16-75 


4 X 10 


6 " 


2 


9.00 


13.00 


21 . 50 



FIG. 611, SHALLOW WELL PUMP CYLINDERS. 




Fig. 610. 



Size. 


Stroke. 


Fitted for 


Iron. 


Brass Lined. 


All Brass. 


2 X 12 


8 inch. 


I inch. 


$5-50 


$8.00 


$11-25 


2^4 X 12 


8 " 


I " 


5.75 


8.25 


11.50 


2}£ X 12 


8 " 


lU ". 


6.00 


8.50 


12.75 


2'-^^ X 12 


8 " 


i^ " 


6.50 


9.00 


13.25 


3 X 12 


8 " 


iM " 


7.00 


9-50 


14.00 


3 14 X 12 


8 " 


IH " 


8.00 


10. 25 


15-25 


3x4 X 12 


8 " 


IK " 


9.00 


11.25 


17-50 


4 X 12 


8 " 


2 " 


11.50 


14-25 


22.50 



FIG. 613, DEEP WELL PUMP CYLINDERS. 



s 


ize. 


2 


X 


16 


2H 


X 


16 


2l.< 


X 


16 


2% 


X 


16 


3 


X 


16 


3H. 


X 


16 


4 


X 


16 



Stroke. 



10 inch. 
10 
10 
10 
10 
10 
8 



Fitted for 



I 

2 



inch. 



Iron. 



$6.00 
6.50 
7.00 
7-50 
8.00 
11.25 
14-50 



Brass Lined. 



$9.00 

9-75 
10.25 

10.75 
11.25 

13.50 
17.50 



All Brass. 



FIG. 616, BRASS SEAMLESS TUBE CYLINDERS. 



Size. 


Brass Body 
and Plunger. 


All Brass. 


Size. 


Brass Body 
and Plunger. 


All Brass. 


2 X lO^x^ 

2^^ X IOl| 
2% X I0l| 
2^ X 103^ 

3 X loK 
3%x loi^ 

4 X lO^ 


$8.00 
8.25 
8.50 
9.00 

9-75 
11.50 

15-50 


$10.75 
II .00 
12.25 
12.75 
13-50 

16.75 
21.50 


2 X 16 
2}4 X 16 
2% X 16 
2% X 16 

3 X 16 
3% X 16 

4 X 16 


$10.50 
II .25 

11-75 
12.25 

12.75 
16.00 
20.50 


•^13-75 
14.50 
16.00 
16.50 

17-25 
22.25 
28.00 



Fig. 616 in loi^ inch length has 7 inch stroke. 

Fig. 616 in 16 inch length has 9 inch stroke. 

Fitted for same size pipe connections as other Figs, shown. 



320 



NASON MANUFACTURING COMPANY, NEW YORK 




BRASS JACKET POINTS. 







MADE 


OF GALVANIZED WROUGHT 


IRON PIPE. 








Length 


Length 




Number of 


Number of 


Number of 


Number of 


Number of 


Trade 


Size in 


of 


of 


No. of 


Gauze 60, 


Gauze 70, 


Gauze 80, 


Gauze 90, 


Gauze 100, 


Number. 


Diameter 


Point, 


Jacket, 
Inches. 


Holes. 


Price per 


Price per 


Price per 


Price per 


Price per 






Inches, 




Dozen. 


Dozen. 


Dozen. 


Dozen. 


Dozen. 


74 


I 


24 


18 


72 


$33.00 


$40 . 00 


I46 . 00 


I52.OO 


$62 . 00 


76 


I 


30 


24 


96 


42.00 


49.00 


56.00 


64.00 


78.00 


78 


I 


36 


30 


120 


51.00 


59- 00 


66.00 


76.00 


94.00 


80 


I 


42 


36 


144 


60.00 


68.00 


76 00 


88.00 


I 20 . 00 


82 


I 


48 


42 


168 


69.00 


78.00 


86.00 


100.00 


136.00 


84 


I 


54 


48 


197 


78.00 


87.00 


96.00 


112.00 


152.00 


86 


iX 


20 


14 


80 


30.00 


36.00 


42.00 


50.00 


64.00 


90 


'K 


24 


18 


100 


36.00 


44.00 


52.00 


60.00 


80.00 


94 


I^ 


30 


24 


130 


46.00 


55- 00 


64.00 


75.00 


100.00 


98 


I.'< 


36 


30 


165 


56.00 


66.00 


76.00 


90.00 


120.00 


100 


^% 


42 


36 


200 


66.00 


77.00 


88.00 


105.00 


140.00 


102 


I^ 


48 


42 


270 


76.00 


88.00 


100.00 


120.00 


160.00 


106 


'K 


54 


48 


260 


86.00 


99.00 


I I 2 . 00 


135-00 


180.00 


no 


i^ 


60 


54 


290 


96.00 


110.00 


124.00 


150.00 


200.00 


112 


1^ 


66 


6q 


320 


106.00 


1 2 1 . 00 


136.00 


165.00 


220.00 


114 


ix 


72 


66 


350 


116.00 


132.00 


148.00 


180.00 


240.00 


136 


i>^ 


24 


18 


120 


48.00 


57.00 


65.00 


78.00 


94.00 


140 


^Vz 


30 


24 


162 


60.00 


70.00 


80.00 


96.00 


118.00 


144 


^Vz 


36 


30 


198 


72.00 


84.00 


95.00 


114.00 


142.00 


146 


iVz 


42 


36 


240 


84.00 


97.00 


110.00 


132.00 


166.00 


148 


iK 


48 


42 


276 


96.00 


I I I . 00 


125.00 


150.00 


188.00 


150 


^Vz 


54 


48 


312 


108.00 


I 24 . 00 


140.00 


168.00 


204 . 00 


152 


^Vz 


60 


54 


348 


120.00 


138.00 


155-00 


186.00 


228.00 


154 


IK 


66 


60 


384 


132.00 


1 5 1 . 00 


170.00 


204 . 00 


252.00 


156 


^Vz 


72 


66 


420 


144.00 


165.00 


185.00 


222.00 


276.00 


160 


2 


24 


18 


144 


75.00 


85.00 


94.00 


I 10 . 00 


130.00 


164 


2 


30 


24 


208 


90.00 


101.00 


112.00 


132.00 


160.00 


168 


2 


36 


30 


264 


105.00 


118 00 


130.00 


154.00 


190.00 


170 


2 


42 


36 


2S8 


120.00 


134.00 


148.00 


I 76 . 00 


220.00 


172 


2 


48 


42 


336 


135-00 


I 5 I . 00 


166.00 


198.00 


250.00 


174 


2 


54 


48 


384 


150.00 


167.00 


184.00 


220.00 


280.00 


176 


2 


60 


54 


432 


165.00 


184 00 


202 . 00 


242 . 00 


310.00 


178 


2 


66 


60 


480 


180.00 


200 . 00 


220.00 


264 . 00 


340.00 


180 


2 


72 


66 


528 


195.00 


217.00 


238.00 


286.00 


370.00 


184 


2J^ 


36 


30 


300 


180.00 


205 . 00 


230.00 


260.00 


300 . 00 


188 


'^Vz 


48 


42 


360 


230.00 


265.00 


300.00 


340.00 


400 . 00 


192 


^Vz 


60 


54 


420 


280.00 


325.00 


370.00 


420.00 


500.00 


196 


2K 


72 


66 


480 


330.00 


385.00 


440 . 00 


500.00 


600.00 


200 


3 


36 


30 


300 


240 . 00 


275.00 


310.00 


340.00 


410.00 


204 


3 


48 


42 


420 


300.00 


345- 00 


390.00 


430.00 


520.00 


208 


3 


60 


54 


540 


360.00 


415.00 


470.00 


520.00 


630.00 


212 


3 


72 


66 


660 


420.00 


485.00 


550.00 


610.00 


740.00 


216 


4 


48 


36 


360 


480.00 


520.00 


560.00 


600 . 00 


700.00 


220 


4 


72 


60 


600 


630.00 


• 695.00 


760.00 


840.00 


1000.00 


224 


4 


96 


84 


840 


780.00 


870.00 


960 . 00 


1080.00 


1300.00 


228 


4 


120 


108 


1080 


930.00 


T045.00 


1160.00 


1320.00 


1600.00 





PATENT 


DRIVE WELL COUPLINGS. 


Size . . . 


>^ 3/ I ix 1% 


2 2>^ 3 3>^ 4 4^ 5 6 7 8 9 10 


Price. . 


.10 .12 .15 .25 .30 


.40 .60 .80 1.30 1.50 2.00 2.40 2.80 3.85 4.00 5.00 6.0c 




DRIVE CAPS. 



Size. . 
Price. 



•75 



1. 00 



1.60 



NASON MANUFACTURING COMPANY, NEW YORK. 



321 



FOOT VALVES AND STRAINERS. 







Fig. 760. 
Screwed Foot Valve. 



Fig. 2og. 
Screwed Foot Valve. 



Fig. 211. 
Flange Foot Valve. 



Fig. 212. 
Cast Iron Strainer. 



Sizes ^ 

Fig. 760, Black .42 

Fig. 760, Galv'd .60 

Fig. 209, Black 1.15 

Fig. 209, Galv'd 1.75 

Fig. 211, Black — 

Fig. 211, Galv'd 

Fig. 212, Black .22 

Fig. 212, Galv'd .30 



I 

.42 

.60 

1.30 

1-95 



.25 
•34 



.48 

.75 
1.40 
2.10 



•33 
.43 



^72 

.62 

1. 00 

I. go 

2.85 



• 44 

.58 



2 

.82 

45 
40 
60 
50 

25 
•55 
.80 



2^ 
1.20 

2.00 

3-30 

4^95 
4.50 

6.75 

.82 

1.20 



3 
1.70 
2.70 

3-90 
5^85 
5^75 
8.65 
1. 10 
1.70 



3K 
2.50 

3-90 
5.60 
8.40 
7.50 
11.25 

i^75 
2.60 



Sizes 4^^ 5 6 

Fig. 760, Black 4.25 7.00 

Fig. 760, Galv'd -. 6.50 10.00 

Fig. 209, Black 10.50 11.25 14^75 

Fig. 209, Gav'd 15^75 i6.go 22.15 

Fig. 211, Black 13.00 14.00 17.50 

Fig. 211, Galv'd .--I9.50 21.00 26.25 

Fig. 212, Black 2.50 3.50 

Fig. 212, Galv'd 3.90 5.00 



10 



12 



35-00 
52.50 
38.00 
57.00 



16.00 
30.00 
4r.oo 
61.50 
45.00 
67.50 
7.50 
11.00 



64.00 100.00 

96.00 150.00 

70.00* 112 00 

105.00 168.00 



14 



150.00 
225 00 




4 

2.75 
425 
7.30 

10.95 
9-50 

14^25 
2.00 
3.00 



16 



200. CO 

300.00 



IRON BODY, BRONZE MOUNTED VERTICAL FOOT VALVE, 
With Rubber Faced Gates and Copper Screen. 



Sizes — inches 



Screwed Ends 

Flanged Ends 

Hub or Bell Ends. 

If without Screen, deduct from list. 



II .50 
ir-75 



12.00 
12.25 



16.25 
16.25 



20.00 
20.00 

4 50 



26.25 

25-75 

525 



Sizes — inches . 6 



10 



12 



Screwed Ends 

Flanged Ends 

Hub or Bell Ends 

If without Screen, deduct from list. 



33.00 38^50 

32 50 38.00 

33.25 39.00 

6 25 7.00 



44-75 

43 50 

46.50 

8.00 



82.00 113.00 

82.00 112.00 

83.00 113.00 

7.00 70.00 



Sizes — inches 14 



16 



18 



20 



24 



30 



36 



Flanged Ends 145 00 190.00 

Hub or Bell Ends 147.00 193.00 

If without Screen, deduct from list 12.50 15.00 



235.00 265.00 400.00 780.00 1,320.00 

238.00 268.00 405.00 790.00 

21.00 24.50 31. CO 50.00 



NASON MANUFACTURING COMPANY, NEW YORK. 




fe = £ 







^ us 3 






D (Jh ■" 






i..--H 






.t; D rt 






5 & -o 






. U C 












y J! 






,^ 72 (72 










H 


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Each 
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diffe 

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Length 
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Bottom 
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NASON MANUFACTURING COMPANY, NEW YORK, 



335 




THE "LEWIS" 
PATENT 
SELF-CLOSING HYDRANTS. 

Fig. 667. 

WITH STOP VALVE FOR LEAD PIPE. 

Can also be connected to Iron Pipe by taking off Coupling. 

In Ground.. . .feet 2, 2>^, 3, 3^, 4, 4^, 5, 6, 
^ in. Hose, .each 10.00 10.75 11.00 11.75 12.00 12.75 i3-00 14. or 

Fig. 668. 

WITH STOP VALVE. 

SCREWED FOR % IN. IRON PIPE. 

In Ground.. ..feet 2. 2%, 3, 3^, 4, 4^, 5, 6, 
|4f in. Hose, .'each 10.00 10.75 n.oo 11.75 12.00 12.75 i3-00 14.00 



THE "LEWIS" 
Fi'668 PATENT 

COMPRESSION HYDRANTS. 

Fig. 665. 

WITH STOP VALVE FOR LEAD PIPE. 

Can also be connected to Iron Pipe by taking off Coupling. 

In Ground .. feet 2, 2Y2 , 3, 3)^, 4. 4^^, 5, 6, 

^in. Hose, each 9.00 9.75 10.00 10.75 H-OO 11.75 12.00 13.00 

Fig. 666. 

WITH STOP VALVE. 

SCREWED FOR ^A IN. IRON PIPE. 



illH 



In Ground. 


.feet 


2. 


2K. 


3 


, 


3K, 


4. 


aVz, 


5, 


6 


t 


I^in. Hose, 


each 


9.00 


9 75 


10. 


00 


10.75 


ri.oo 


11-75 


12.00 


13. 


00 


I 


" ] 


[1. 50 


12.25 


12. 


50 


13-25 


13-50 


14.25 


14.50 


15- 


50 




Fig. 666. 



324 



NASON MANUFACTURING COMPANY, NEW YORK. 



VALVE INDICATOR POST. 

This Indicator Post is designed expressly for water valves connected with street mains, 
and for use with valves for fire service in mill and factory yards. 

This Indicator shows plainly at a glance whether valve is open or closed. 

Serious fire damage has often occurred by reason of valve being closed and water 
accidentally shut off from automatic sprinklers, and continuing shut off unknown to the 
superintendent or others in charge. 



WRENCH 
APPLIED HERE 






By using the Indicator 
Post you do away with the 
annoyance and delay of 
searching for a flush gate 
box sometimes hidden under 
snow or dirt, and the delay 
of opening a frozen gate-box 
cover. 

Turning the nut N opens 
and closes the valve, thereby 
raising or lowering the brass 
band T, which is carried 
around post. This band cov- 
ers and uncovers the words 
OPEN or SHUT on(» both sides, 
and will positively indicate 
whether valve is whole or 
partly open or closed. 



The moving parts and letters are made of brass, 
therefore will not rust or be easily broken. 

Having no parts exposed that can be injured, it can 
be used in any public street or yard, and cannot be 
manipulated without the aid of a key, which can be 
kept at a convenient place. 

This Indicator Post can be supplied separate, and 
can be used on any other make of valve. 



In ordering, fill in dimensions as indicated by arrows 
A at letters A, B, E, or send a valve, which is 

PREFERABLE. 

Always state number of turns to open Valve, and 
whether valve opens by turning to the left or right. 



LIST PRICE - $36.00. 



NASON MANUFACTURING COMPANY, NEW YORK. 



325 



STOP COCK BOXES AND STREET WASHERS. 



SERVICE BOX. 



"STAR" STREET WASHER. 




Service Box. 
g2d, 2 ft. to 3 ft. 6 



93d. 3 " 4 " 



51.35 
1.40 



STOP COCK BOX. 



w 




Fig. 647. 



Set in Ground. 
18 in 
24 
30 
36 
42 
48 

54 
60 

72 



% in. 

$7-75 

'8.00 

8.25 

8.50 

9.00 

9- 50 

10.00 

10.50 

11.50 



STREET WASHER ROD. 



I 



Stop Cock, each $1.20 



Each 

Hydrant Rod, each. 



I in. 

$9.25 

9-50 

9-75 
10.00 
10.50 
11.00 
11.50 
12.00 
13.00 



.50 
.75 



326 



NASON MANUFACTURING COMPANY, NEW YORK. 



YARD HYDRANTS. 




Fig. 646. 
Star" Compression Hydrant. 



Fig. II 16. 
"No Shock" Self-Closing Hydrant. 



Fig. 646. 



Set in Ground. 


Service Pipe, 


^ in. 


18 


in. 


U it 


9-25 


24 




n u 


9-50 


30 




n u 


9-75 


36 




li u 


10.00 


42 




it n 


10.50 


48 




il ii 


11.00 


54 




« il 


11.50 


60 




« 11 


12.00 


72 




Fig. 1116. 


13.00 


Set in Ground. 


Service Pipe, ^ in. 




24 

30 
36 


in. 


(t a a 




n 


a il a 




u 


11 il li 






42 


iC 


it 11 a 






48 


c; 


{( U il 






54 


c: 


li U li 




60 


c: 


i. il li 




'7 


u 


U (( il 





I in. 

11.75 
12.00 

12.25 

12.50 

13.00 

13.5^ 

14.00 

14-50 
15-5^^ 



72 



10.5c 

IO-75 
11.00 

11.50 

12.00 

12.50 

13.00 

14.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



327 



NASON'S EJECTORS OR SYPHON PUMPS 

FOR RAISING WATER AND CONVEYING LIQUIDS. 




Size Nos 


I 









Size of Steam Connections 
" Suction 


3^ in. 

1 

$3.00 
3.00 


I in. 

$5.00 
5.00 


' ' Discharge 

Price, Iron 


Brass 





Like all Ejectors they are better adapted to service where the volume of water to be lifted 
is large, against a small elevation. For such service, and where the water is cold, they will be 
found to be fairly economical, and have the advantage over pumps for similar service in hav- 
ing no valves or cramped passages likely to be obstructed or clogged by mud, gravel or other 
material likely to clog a pump. 

The best results are given where the lift is low— not exceeding 15 to 20 feet unless the 
steam pressure is very high, say above 70 lbs. The water may be lifted by them' to a much 
greater height, but at the sacrifice of economy. 

Among the numerous classes of work to 'which they are applicable may be mentioned that 
of raising water and other fluids from Tanks, Wells, Mines, Quarries, Holds of Vessels Docks 
Gas Works, etc. ' ' 

Note.— Where economy in the use of steam is important these Ejectors are not recom- 
mended to lift over a height of fifteen feet. 

THE HANCOCK "EJECTOR" OR JET PUMR 



STEAM 






Size. 


Capacity 


Pipe C 


annections. 






Per Hour. 


Steam. 


Suction and 
Delivery. 


Price. 












^ No. 1 Brass 


244 Gals. 


^ inch 


J^ inch 


$8 00 


LlJ 

> 


2 


550 •' 


% " 


% " 


TO 00 


-I 


3 ; 


977 '* 


^ " 


I 


15 00 


CI 


4 


1,525 ' 


H 


iH " 


20 OC 




5 Iron 

6 " 


2,200 " 


H " 


1K2 * 


25 00 




3,900 •• 


1 


2 


35 00 




7 " 


6,000 " 


i^ - 


2>^ " 


37 50 




8 '• 


8,800 * 


114 " 


3 


40 00 




■ 9 '' 


15,600 *' 


2 


4 


65 00 




10 


24.300 


2^ " 


5 


QO 00 




II 


35,000 • 


2^ " 


6 


125 rx) 



Sizes r, 2 3 and 4 are made entirely of brass. 

Sizes 5, 6 and 7 have iron bodies and brass unions for steam 
and suction. 

Sizes 8. 9, 10 and 11 have iron bodies with brass unions for 
steam only. 
SUCTION _ Sizes 5, 6, 7, 8. 9. 10 and 11 made entirely of brass larger 

sizes, and Ejectors for handling corrosive liquids furnished on 
special order. 

The "Hancock" Ejector is designed for use at Railroad Water Stations on construc- 
tion trains, for emptying wheel-pits and similar railroad service ; also for transportmg liquid'^ 
either hot or cold, in tanneries, dye houses, etc. ?, ^ ^. 

It IS simple in construction, compact in form, convenient to handle, has ;n> movable parts 
and cannot get out of order, and is far more economical in the use of steam than anv other 
similar apparatus. 

All sizes will lift water 25 feet and elevate it about 15 feet above the Ejector with a steam 
pressure of 60 lbs. 

If it is desired to elevate liquids a greater distance than 40 feet, the Ejector should be placed 
near the liquid so that it can be forced by the Ejector In this manner liquids can be lifted 
about 50 feet with 75 pounds pressure and about 70 feet with 100 pounds pressure. 

There must be no leak in the suction connections. 

Before operating the Ejector blow out the steam pipe thoroughly to remove any iron chips 
red lead, etc ■' r > 

To use an Ejector economically regulate the steam with the Starting Valve. 

The Hancock " Ejector " is furnished to operate with either steam, air or water. 

Please specify on orders the steam, air or water pressure and service required. 



328 



NASON MANUFACTURING COMPANY, NEW YORK. 



CELLAR DRAINERS. 




^'CLIMAX 



The capacity of a Drainer depends upon amount of water 
pressure obtainable and lift, and it is advisable to have thk 
information, with conditions under which Drainer is expected 
to work. 



Sizes. 


Pressure, 
Lbs. 


Lift. 
Ft. 


Capacity per hour. 
Gallons. 


Pressure, 
Lbs. 


Lift. 
Ft. 


Capacity per hour. 
Gallons. 


I 


I 5 to 20 

15 to 20 

15 to 20 
I 5 to 20 
15 to 20 
15 to 20 


6 to 7 
6 to 7 
6 to 7 
6 to 7 
6 to 7 
6 to 7 


50 to 75 
100 to 125 
150 to 200 
200 to 275 
275 to 350 
350 to 450 


40 to 50 
40 to 50 
40 to 50 
40 to 50 
40 to 50 
40 to 50 


8 to 12 
8 to 12 
8 to 12 
8 to 12 
8 to 12 
8 to 12 


200 to 250 
350 to 400 
550 to 600 
750 to 800 
850 to 1000 
I 100 to 1300 


2 

•3 


4 


5 

6 



These Cellar Drainers are made for draining cellars, wheel pits, furnace pits, etc., at 
the least possible expense and in a permanent and positively satisfactory manner. They 
are also desirable^ and largely used for removing waste water from kitchens below level of 
sewer and removing drippmgs from ice boxes, and for any purpose where it is necessary 
to remove water economically from one level to a higher one. 

Size No. 1. — Automatic Movement, $ 25.00. Without Automatic Movement, $ 



40 . 00. 

55.00. 

80.00. 
110.00. 
160.00. 



15-00 
25.00 
35- 00 
50.00 
70.00 
100.00 



BRAENDER CELLLAR DRAINER. 




Number of Jet Pump i 2 

Capacity, Gallons per hour 375 600 

Size of Water Pressure Pipe (supply) inch. 3^ % 

Size of Discharge Pipe, inch i ij^ 

Weight Complete, pounds. 63^ 8 

Lift or Height of Point of Discharge, feet.. , 12 12 

Prices i. $50.00 $75.00 



1275 
I 
2 

II 
12 



;ioo.oo 



NASON MANUFACTURING COMPANY, NEW YORK. 



329 



THE WORTHINGTON WATER METER. 




The parts of the Worthington Meter h?ve 
been made the subject of careful study, with the 
result that, as now furnished, the arrangement of 
counter movement and cap gear will be found a great 
improvement over that previously used, and it is 
believed to be superior to any arrangement employed 
for a similar purpose. 

The framework and gear wheels of the counter 
movement are constructed of the best brass compo- 
sition, the wheels themselves being accurately cut 
by means of special machinery, and all the pinions 
are constructed of German silver, these also being 
cut with special tools. 

The counter is covered with a cast iron box, the 
lid of which, being raised, the dial can be seen 
through the glass in the top of the box ; this box is 
screwed to the body of the meter; and by covering 
the heads of the screws with sealing wax, stamped 
with the seal of the water works corporation, it be- 
comes impossible to tamper with the counter move- 
ment without breaking the seal. 

Should the ratchet movement that drives the 
counter become in any way deranged in transporta- 
tion or otherwise, it can be reached by simply re- 
moving the counter box, without the necessity of 
the joints of the meter being disturbed or the water 
turned off. 

To Put Up and Start the Meter. — Connect the 
supply pipe with the meter at the hole marked 
" Inlet" ; the outlet pipe is on a line with the inlet 
pipe, on the opposite side of the meter ; turn on the 
water and loosen the brass Vent Screws on the top ot 
the meter, and allow the air to blow through. When 
water appears at the Vent Screws, tighten them again, 
and leave the meter to itself, noting the reading of 
the counter. 



SIZES AND CAPACITIES OF METERS. 



Size of 
Opening. 


Greatest Proper Quantity 
Per Minute. 


Price. 


Permanent 
Bo.x.* 


Brass Coup- 
lings for con- 
necti-ng the 
Meters. 


Strainers, 


f inch pipe 


ji Cubic Foot, or iif Gallons 


$19.00 


$1.00 


$0.95 


$3-50 


f 


( 


3 '•' " " 22A- " 


28.00 


1.50 


1. 10 


3-50 


I 


e 


5 " " - 37+ " 


39.00 


2.25 


1.50 


6.00 


i^ 


' 


6 " " - 45 


45.00 


3 75 


2-75 . 


6.00 





i 


8 " " " 60 


55-O0 


6.00 


3- 50 ^ 


7-50 


3 


) 


18 . " " " 130 


130.00 





2.00 J 5 


15.00 


4 




60 " " " 450 " 


375-00 





3.00 V^M 


25.00 


6 


T.?0 " " *' 900 " 


900.00 


.... 


5-00 ^ 






■"'^This box has a hinged lid and is made very strong to protect the meter in transporta- 
tion and while in use. It has suitable openings for the pipe connections. Ordinary rough 
boxing charged at cost. 

The quantities given in the second column of the above table represent a rate of delivery 
that can be considerably exceeded with this machine, but which had better be accepted as 
the maximum at which it is advisable to run any water meter continuously. Whenever in 
the effort to make a small machine answer for a large one, this rate is exceeded and greatly 
increased wear and tear are invariably the consequence. 



330 



NASON MANUFACTURING COMPANY, NEW YORK. 



CROWN WATER METER. 




THE CROWN METER is so well known 
and its popularity so universal that it does not 
require an introduction. At the present time it 
is in use in over 1,700 cities and towns in the 
United States, the Dominion of Canada and 
many foreign countries, and it has received the 
unqualified approval and recommendation of 
hundreds of our ablest Engineers and Water 
Works Officials. 

The Crown, being positive in its action, will 
measure with absolute correctness all streams, 
whether large or small, under all the conditions 
of fluctuating pressures. Its accuracy has been 
proved by innumerable tests. 



"A- STYLE. 



There are four main parts to the Crown Me- 
ter: 1st. The Cover, which includes the intermediate gearing, and the counter or registering 
mechanism. 2d. The Base, which contains the inside cylinder. The Base has the inlet and 
outlet spuds attached, and is arranged to be bolted to the Cover. 3d. Inside Cylinder. 
This consists of three parts: the Ring, and the top and bottom Cylinder Heads. The perfec- 
tion of this Cylinder assists in developing the accuracy of the registration, as this is the part 
in which the piston revolves. 4th. The Piston. This is practically the only working part. 
It is made of hard rubber, of about the specific gravity of water. The Piston has no bearing 
whatever, as it practically floats. It is perfectly balanced, and therefore frictionless in its 

OPERATION. 

The entire meter— exceptimr the Cover and the Piston— is made of composition, consisting 
of a combination of metals unsurpassed for durability and wear, insuring the greatest possible 
resistance to corrosion. All Pinions, Spindles, Bearings or parts which have extraordinary 
wear are made of German Silver. 



Size, 
Inches. 


Greatest proper 
Quantity per minute. 


Price. 


Con- 
nections. 


DIM 

Length, 
Inches. 


ENSIGNS I 

Height 
over all. 
Inches. 


LND WEIG] 

Width, 
Inches. 


HT. 

Weight. 
Lbs. 


y2or% 

% 

I 

2 

3 
4 
6 


1 cubicft.or7i^gal. 

2 " 15 " 

4 " 30 " 
8 " 60 " 
12 " 90 
20 " 150 " 
36 ■' 270 
72 " 540 " 
120 " 900 " 


$12.50 
15.00 
23-75 
33.75 
62.50 
81.25 

168.75 
312.50 
625.00 


$o.37K 
•50 

.75 
1.12% 


6 

iH 
9 

I5M 

24 

29H 

3^% 


7M 

12 
14!/^ 

20K 
28K 


s% 

1% 

10 
11 

12^ 

15^ 
21 

29 • 


10 

17 
30 
49 

59 
102 
214 
440 
965 



Special Note.— The prices mentioned above are the same for meters fitted with the round 
porcelain dials or for those arranged with the straight-reading registers. The meters arranged 
with the round dials are known as the "A " Crown, whereas those fitted with the straight-read- 
ing registers are classified >as " AA " Crown. The *' AA " Crown meters are made only in the 
sizes from the %-inch to the 2-inch inclusive, whereas the Crown meters with the round dials 
are made in all sizes from the :^^-inch to the 6-inch inclusive. Unless we are advised to the 
contrary, we always send the '' AA " Crown meters in sizes from ^^-inch to 2-inch. 



NASON MANUFACTURING COMPANY, NEW YORK 



331 



NASH WATER METER 




ROUND DIALS. All sizes of the Nash Meter 
arranged with the round dials will hereafter be known 
as the "A" Nash. The counter or registering mech- 
anism of the "A" Nash Meter is the same style and 
construction which have long been used with remark- 
able success on the Crown Meters. There are now 
in service thousands of Nash Meters fitted with the 
round dials, and which have been in continual opera- 
tion for many years. 



"A" NASH METER— ROUND DIAL. 



Size, 
Inches. 



Greatest proper 
Quantity per minute. 



Price. 



Con- 
nections. 



Length, ^I'Sht ^-^^ Weight, ^^^^^^ 

Inches. Z'f^ Inches. Lbl \°f ^' 
Inches. Lbs. 



^orfg 


2 


cubic 


feet 


or 15 


gals. 


$10.00 


$0.50 


7H 


iM 


s% 


10 


J4 


% 


4 






30 




15.00 


•75 


9H 


1% 


7 


14 


20 


I 


8 






60 




20.00 


I.I2>^ 


10% 


^% 


8% 


21 


28 


iK 


12 






90 




37.50 





12% 


II 


1% 


35 


49 


2 


20 






150 




62.50 





15 k 


12 


9H. 


54 


72 


3 


36 






270 




106.25 





24 


15^ 


11^ 


106 


131 


4 


72 






540 




237-50 





29 


19 


14^ 


200 


240 


6 


120 






900 




475.00 





38 


25 


18 


400 


445 



'AA" NASH xMETERS. 



STRAIGHT-READING REGISTERS. Nash Meters 
arranged with Straight-Reading Registers are classified 
as "AA" Nash. Thousands of "AA" Nash Meters are 
in use in different sections of the country, and it is evi- 
dent that the Straight-Reading Register is steadily 
growing more popular, as the demand for it is con- 
stantly increasing. The Straight-Reading Register is so 
simple that every consumer will be able to read his own 
meter without previous instruction. 



'AA" NASH METER— STRAIGHT-READING REGISTER. 




Size, 
Inches. 



Greatest proper 
Quantity per minute. 



Price. 



Con- Length, ^^'^\\ Width, Weight, Y"^^*^ 

T i? over all, i 1 ' t 1? boxed, 

actions. Inches. t , ' Inches. Lbs. t C ' 

Inches. Lbs. 



or 



2 

3 
4 
6 



2 cubic feet or 15 gals. $11.25 

4 " " 30 " 16.25 

8 " " 60 " 21.25 

12 " " 90 " 43.75 

20 " " 150 " 68.75 

36 " " 270 " 112.50 

72 " " 540 '•' 250.00 

120 " " 900 " 500.00 



?o.5o 

•75 

I-I2K 



5H 

I2?8 

24 
29 

38 



1% 
8K 

II 

12 

15K 

19 

25 



7 

1% 
9^ 
11^ 

141,:^ 

18 



10 


14 


14 


20 


21 


28 


35 


49 


54 


72 


106 


131 


200 


240 


400 


445 



33^ 



NASON MANUFACTURING COMPANY, NEW YORK. 



NASON'S ''GRIFFIN" FOOT RAIL BRACKET, 



WITH CORNER AND END PIECES. 



Patented 1882. 




Foot-rail Bracket. — Large scale, showing design. 




Corner Fitting. — Showing detail of design. 





Acorn End Piece. 



Rosette, for Railing. 



NASON MANUFACTURING COMPANY. NEW YORK. 



333 



NASON'S "GRIFFIN" FOOT RAIL BRACKETS.-^ Cont. 

CORNER AND END PIECES. 
These Brackets are Arranged for One- Inch Pipe. 




illlni'LII' 'iiNi il ^ 



<yi-^)i 






7 







Foot Rail Bracket, shown as put up ready for use. 

It has been our aim in designing the "Griffin Foot Rail Bracket," as illustrated herewith, to 
produce an article artistic in design, and fitted in form so as to bear the heaviest strain with the 
least possible chance of disarrangement, while at the same time a model of lightness. 

It is almost impossible to fasten the foot rail to the bar itself and render it thoroughly secure 
and permanent ; but with the "Griffin " bracket this object is secured, as the support comes from 
the floor, and is directly under the line of the heaviest strain, whereas, in the other case the foot- 
rest itself acts as a lever to loosen its own support. 

Their design is artistic, and their lightness and beauty of form is such that they add to, and 
improve the appearance of, the most handsomely fitted -up surroundings; while in point of cleanli- 
ness they far surpass the gaping ' 'Y" support now so commonly used, as they present no interstices 
where dirt of any kind can gather. 

It may be mentioned that where rails with the old form of bracket are in use, the latter can be 
removed and substituted with the "Griffin" pattern without discarding the rail, and considerable 
expense be thus saved, while the handsome effect of a new rail will be given. We manufacture 
them in plain or galvanized iron, bronze ar.J brass, and will furnish them at the following prices, net: 



Brackets 

Corner Fittings 

End Finish Fittings. 
Acorn End Pieces. . 
Rosette for Railing. 



Plain Iron. 


Bronzed Iron. 


Galvanized Iron 


Artistic Brass. 


•50 


.85 


.85 


3- 50 


■50 


.75 


.75 


3.OC 


•15 


•25 


.25 


1.40 


.10 


.18 


.18 


.65 


.08 


•15 


-15 


-50 



Or we will furnish estimate for fitting them up with the necessary rail, complete, in the very 
best manner. 

These Brackets and Fittings are only made for One Inch Pioa. 



334 



NASON MANUFACTURING COMPANY, NEW YORK. 



NASON'S STEAM HEATER. 

FOR GLUE, PASTE, ETC. 




As shown above, the heater consists of a cast-iron box with cover, in which there are holes of 
suitable size to receive such pots as may be desired. 

The heating surface consists of horizontal tubes screwed into a header, each of which has a 
smaller tube within it through which the steam enters, and a positive circulation — even under low 
pressure — is insured. 

Exhaust steam being frequently used for heating purposes, the tubular form of the heating 
surface gives abundant heating area, and its efficiency is so greatly increased thereby that as good 
results are reached as if high pressure steam were connected to the heater. 

Three sizes are made, numbered i, 2 and 3, and below will be found a list of the regular sizes 
and number of pots which are commonly made for each heater. 

Extra pots of the several sizes and materials are kept in stock and can be furnished as wanted. 



Numbers. 



Sizes of Covers, inches 
Depth, inches 



II X 151^ 

7 



16 X 22^ 



16 X 28^' 
9 



f Two 5 in. only, 

Sizes and Numbers of Pots fitted up ) or One 8 in. onlv 

for each size 



Price, without pots. 



I or, One 9 in. 



8.00 



Six 5 in. only, 
or. One 10 in. 
and Two 5 in. 



16.00 



Two 12 in. only, 

or, One 12 in. 

and Four 5 in. 

or, Eight 5 in. 

20.00 



COPPER POTS FOR GLUE HEATERS. 



Diameter, inches. 



Dep h, inches. 
Price 



5 


6 


7 

1% 
2.50 


1 
S 


5 
2.00 


5% 
2.25 


1% 

3- 50 



7K 
4.00 



10 



8 
4' 50 



12 



8 
5-50 



Galvanized Cast-iron Pols, 5 inch, 75 cents each 
We can furnish a number of additional sizes of covers for above Heaters. 



NASON MANUFACTURING COMPANY, NEW YORK. 335 



NASON'S -IMMERSED-VALVE" BOILER FEEDER. 




As hitherto made, all Automatic Water Feeders for boilers have been so constructed that 
the valve which governs the amount of water requisite for the boiler has been placed at the 
top of the Feeder, where the rubber seat is constantly exposed to the destructive action o^ 
steam, which is at or above a temperature of 212° 

This rapidly destroys the gummy nature o the rubber in the valve, leaving behind it a hard 
residuum which speedily crumbles and it has therefore at frequent intervals to be renewed. 

The difficulty has now been avoided by inverting the valve, its position being beneath the 
Avater. where as it is always kept wet and at a lower temperature, its durability is thereby 
greatly increased. 

In making this alteration all the former valuable features of our Feeder have been 
retained, and while the alteration has added to their cost of manufacture their price has not 
been increased. 

Among its most important advantages are the following: 

All the copper floats used in them are made "extra strong" and carefully tested under 
pressure, in order to avoid to the greatest possible extent a danger common to all of them, 
liiat of collapsing. 

The lever connecting the float with the valve is made as long as the form of the casing 
permits, a quarter turn in it between the valve and fulcrum enabling all interior space to be 
fully utilized. 

Easy access is had to the valve with the least possible trouble by removal of the brass cap 
immediately below it; and the large opening facilitates its replacement with a new one, if 
injured or worn out. 

All the valves are packed with Jenkins' packing, secured in a containing cup to give them 
the greatest possible endurance. 

It is not advised that these Regulations be attached to boilers where the pressure exceeds 
twenty pounds, although as a matter of precaution, they are carefully tested to fifty before 
leaving the factory. 

They may be used with or without a guage glass, to be placed upon either side — holes 
being tapped for this purpose. 

Outlets for the glass guage are made on both sides of the Feeder in order that it may be 
connected in either side of the boiler as most convenient. 

DIRECTIONS FOR USING. 

Place the regulator near the boiler at such a height that its centre coincides with the line at which it is 
desired to maintain the water level in the boiler. 

Connect the top opening on the large end of the receiver with the steam dome of the boiler above the 
water line, and the bottom opening with the boiler at some point below the water level. 

The Feed V.'^ater connection is then to be made with the small end of the Feeder— care being taken in all 
cases to ascertain that the pressure in the water supply exceeds the greatest amount of pressure which the 
boiler is ever to be used under. 

For the benefit or purchasers, the following dimensions are given, which may be of assistance in 
connecting the Feeder. 

Outside Length 23J4 inches. 

Height 13% " 

Width 9 

Size of Boiler Connection 1 " 

Size of Gauge Glass Connection \4, " 

Size of Feed Water Inlet ^ '* 

Price without Water Gauge $20.00 

With Water Gauge, complete 24.00 



336 



NASON MANUFACTURING COMPANY, NEW YORK. 



I i>wfl::E»ojRT.A.]srT_ 

Note change in prices taking effect this date, ist January, 1898. 

VALVES, FITTINGS, GAUGES, ETC. 

FOR ANHYDROUS AND AQUA AMMONIA— ADAPTED TO AMMONIA MACHINERY 
FOR ICEMAKING AND REFRIGERATING PURPOSES. 

The revised and enlarged price list herewith submitted for our Ammonia specialtie ssupersedes ail 
earlier lists. As in the past, a special alloy of cast iron and steel will be used in these castings and the 
same exacting test of 500 to 1,000 lbs. pressure placed upon them. The same care will also be given to 
the cutting of threads, so that our patrons may be assured of the absolute reliability of the joints and 
the perfect integrity of the fittings. The great popularity of our ammonia fittings renders exhaustive 
description unnecessary, yet we wish again to invite attention to the "NASON" Joint, originated by 
us, and which we are always willing to guarantee under all usual conditions of ammonia service. The 
construction of the joint is as follows : 




Fig. I. 

The ends of the pipes to be connected being first threaded as for an ordinary fitting, they are 
then screwed into the fatting securely, and the addition of a stuffing-box with gland and rubber washer 
above the thread (as shown in Fig. i) perfectly closes the joint when tightened down, rendering leakage 
impossible. 

Owing to the largely increased use of artificial refrigeration during the past few years, and the 
great strides made toward the perfection of this class of apparatus, we have found it necessary from 
time to time to make additions to our patterns for Ammonia Specialties, in order to meet the increas- 
ing demand and varied requirements of the different machines placed on the market ; so that our list 
as now submitted will be found full and complete, covering all fittings generally used in ammonia 
apparatus, whether of large or small capacity, and of either the Compression or Absorption type. 

Among the many good features which have tended to increase the popularity and demand for 
our ammonia fittings, their absolute reliability is not the least ; and we wish to assure our patrons that 
the same care will be used in their manufacture as in the past and that the same dependence may be 
placed upon their perfect integrity. 

An alloy of cast-iron and steel is used in making the castings; the threads are cut with every 
care and carefully examined ; and on the completion of all fittings they are subjected to a rigid pressuit 
of from five hundred to one thousand pounds — such as are found in any way imperfect being rejected. 

We wish also to call attention to the increase in our list of sizes and patterns for special fittings 
for Brine Circulation — particularly in the group of Return Bends. As the circulation of cold brine as a 
cooling agent has become almost universally recognized as the safest and most effective method of 
reducing temperatures in cellars, beer vaults and cold storage buildings, we have found it necessary to 
increase our line of patterns and fittings for this service, with the view of placing on the market return 
bends and elbows having both greater distances between centres and longer curves to reduce friction in 
circulating brine through them. 

The bends here shown are cast-iron, but our shops are fully equipped with special tools for turn- 
ing out bends and elbows from wrought-iron pipe, either common or extra strong, bent to any practic- 
able radius, and threaded as may be required. Prices for these are also given. 

Attention is also called to the revised list of sizes as now published, covering our assortment of 
patterns for ammonia headers, to v/hich we have recently made considerable additions, so that all" 
reasonable requirements in this direction can now be met. 

As will also be seen, we have now a complete line of Ammonia Check Valves up to and includ- 
ing three and a half inch. 

Finding that the growing (and usually urgent) demand for our Ammonia work warranted us in 
so doing, we have introduced in our shops, for this particular branch, improved machinery specially 
designed, in order that all material sent out may be of first-class workmanship and thoroughly tested, 
and also with a view of always carrying a full line in stock, which we are confident will be appreciated 
by our customers and lead to a more extended introduction of these goods throughout the country. 

We take especial pleasure in referring to many of the largest users of ammonia, and solicit, 
correspondence, when fuller particulars will be given, if requested, and special rates named on specifi- 
cations submitted. 



NASON MANUFACTURING COMPANY, NEW YORK. 



337 



GLOBE AND ANGLE VALVES. 




Sizes, inches ^ % ^ M i iM i^ 2 2^ 3 3)^ 4 5 

Gland Ends 3.00 4.00 5.00 6.50 8.00 9.00 11.80 17.00 22.00 29.00 75.00 94.00 122.00 

Notes. — Sizes from i|4 inch to 3 inch inclusive, can be furnished with Flanged Ends without additional charge. 

Sizes 3^^, 4, and 5 inches have Flanged Ends only. They are Extra Heavy and liave Finished Bonnets and Flanges. 



Sizes, inches 3^ 

Gland End, each. 2.15 



3.00 



CHECK VALVES. 




10.25 



15.00 



3 
18.50 



3V^ 
60.00 



Straight Sizes, inches ^ 

Gland End, each. ... , 50 

Reducing Size, G. E., each, .70 



ELBOWS. 




% 


^ 


94 


I 


iK 


^V2 


2 


2I4 


3 


3H 


4 


5 


.65 


.80 


1.05 


i.£o 


2-15 


3-05 


4.20 


6.80 


11.00 


12.00 


14.00 


20.25 


.90 


1.05 


1.40 


2-10 


2.70 


3.80 


5-35 


8.30 


13-50 


15.00 


18.00 


25.0a 



T E E S . 




Straight Sizes, inches /4 % J^ % 

Gland End, each 75 1.05 1.20 1.55 

Reducing any one opening | 

toonesize, G.E.,each i '95 ^-3° i-55 2.05 



I 


i^ 


i^ 


2 


^H 


3 


3^^ 


4 


5 


2.50 


3.00 


4.40 


7'75 


11.00 


15-50 


18.00 


19.00 


25.00 


3-25 


3-75 


5-40 


975 


1325 


18.75 


22.00 


24.00 


30.00 



33S 



NASON MANUFACTURING COMPANY, NEW YORK. 



CROSSES. 




Sizes, inches. % 

Gland End, each $1.52 

Reducing any one opening to one size, Gland End, each, 1.75 



1.80 2.30 
2.25 3.00 



I T^H 

4.00 5.00 
5.00 



6.00 



RETURN BENDS. 




Sizes, inches 

Distances, center to center, inches.. 
Gland End, each 



% 


I 


^H 


i^/^ 


iK 


2 


2K 


3 


2^ 


3^ 


3% 


3% 


4K 


5^8 


s% 


5k 


1.50 


2.00 


3.00 


5.00 


5.00 


6.20 


7- 50 


950 



FLANGE UNIONS. 



Sizes, inches 

Gland End, each... 



$3.35 




3 
15.50 



3K 4 

20.00 24.00 



5 
29.00 



UNIONS "ROYLE" PATTERN. 



Sizes, inches, _ 34 

Each.... $ .38 




H 


H 


% 


I 


Ik 


iK 


2 


2K 3 


3V2 


= 53 


.68 


,90 


1.20 


1.50 


2.15 


2.80 


4.&0 6.20 


9,00 



COUPLINGS, INCLUDING BOLTS. 



Sizes, inches 34 

Each .-$ .38 



% 
-53 




1.20 1.50 



^72 
2.15 



2 2i^ 3 3^ 
2.80 4.80 6.20 9.0a 



NASON MANUFACTURING COMPANY, NEW YORK. 



339 



BRANCH TEE HEADERS. 




Number of Branches 34567 

Price I in. Outlets $7.75 9.25 10.50 12.00 13.25 

Price i^ in. Outlets 9.25 ii.oo 12.50 14.25 17.00 

Price i3^ " " 12.00 14.00 16.00 18.00 20.00 

Back Outlets from ^£ in. to 2\4 in. } . , , ^ , 
gj^jg a ,i y ,. << 2 " > without extra charge. 



8 


q 




10 


II 


12 


14.50 


16. 


00 


17. 


25 


18 


75 


20,00 


17-50 


19. 


25 


20. 


75 


22 


50 


24.00 


22.00 


24. 


00 


26 


00 


28 


00 


30.00 




AMMONIA STRAINERS. 



Sizes. 
Each. 



Sizes. 
Each. 



BRINE COCK— BRASS. 



I 

?2.20 



I 
)II.OO 



^r4 
3.00 




RETURN BEND FOR BRINE COILS. 




Return Bends, i inch, 2>}4 i"^^ center, each 



$0 



I 
I 



Cast Iron Return Bend. 

WROUGHT IRON 

Sizes, inches -- % 

Distance to Centres, inches — 2 
Extra Heavy Pipe, each .65 

Sizes, inches - 2 

Distance to Centres, inches — 12 
Extra Heavy Pipe, each 3.15 



RETURN BEND. 



/4 
3 
•95 

2K 
16 

4-75 



I 

5 
1.35 

3 
24 

6.75 



7 

1-75 

28 
925 



1^2 
9 

2.35 

4 

32 

12.75 



35 
38 
50 
45 
60 

75 
90 




Wrought Iron Return Bend. 




WROUGHT IRON QUARTER BEND. 

Sizes K H I ih i^ 

Radius, inches i i}4 ^/i 3H. ■\% 

Extra heavy pipe, each 40 .55 .75 i.oo 1.30 

Sizes 2 2^^ 3 33^ 4 

Radius, inches 6 8 12 14 16 

Extra Heavy Pipe, each 1.70 2.50 3.50 4.75 6.50 



340 



NASON MANUFACTURING COMPANY, NEW YORK. 



AUTOMATIC AMMONIA GAUGE. 



Containing our Safety Attachment, and so arranged as 
to close automatically in the event of the breaking of the 
glass tube, thus enabling the engineer to at once approach 
the apparatus without danger of coming in contact with 
escaping gas. 




Price, complete, including Guards and Glass, threaded ^^ inch lo.oo 

*' " " " " '• Extra Heavy, threaded 34 inch 15.00 



PRESSURE AND VACUUM GAUGE. 




^ IRON CASE IRON CASE, 

AND RING. N. P. RING. 

83^ inch Dial _ 45.00 45-75 

6% " " 40 . 00 40 . 60 

6 " " 35-0O 35.50 

S}4 " " - 30-00 30.50 

4^4 " " 25.00 25.50 

In ordering state whether a Compound Scale, showing Pressure and Vacuum, 

or Pressure only, is required. 



NASON MANUFACTURING COMPANY, NEW YORK. 



341 




NEST" OF CIRCULAR COILS. 




TROMBONE COIL. 




RECTANGULAR COIL. 
PRICES FURNISHED ON APPLICATION. 



342 



NASON MANUFACTURING COMPANY, NEW YORK. 



IRON PIPE COILS. 




I WALL COILS. 

Any size made to order. Prices furnished upon application. 




HEATER COILS. 



HEATER COILS. 

Size of Pipe Y2 

Price, per foot. . . $0.36 

Size of Pipe i}^ 

Price, per foot ... $0 . 76 



.46 



1 .00 



CIRCULAR TANK COILS. 



Size of Pipe 

Price, per foot . . 



3< 
$0.40 



^4 
• 50 



I 
.62 



.84 



1.07 



1.36 




I 

.57 

2 

125 



BOX COILS. 




BOX COILS. 

Length of Pipes, feet 3 

Price, %-inch Pipe, per foot $0.26 

'« 1 " '■<■ »< 34 

Length of Pipes, feet 8 

Price, ^-inch Pipe, per foot 16 

" I " " " ,22 



^^^ 


4 


6 


.22 


.18 


.29 


.24 


9 


10 


.16 


•15 


.20 


.20' 



NASON MANUFACTURING COiMPANY, NEW YORK. 



343 



COILS OF ALL DESCRIPTIONS. 




spiral Flat. 






Frustrum. 



Double Cone 



Heater. 





Double Enr" Heater. 



Tuyere. 



Prices on Application. 



344 



NASON MANUFACTURING COMPANY, NEW YORK. 



NASON'S NEW STEAM AND HOT WATER HEATERS. 



PATENTED OCTOBER 28TH, li 





With this edition of our catalogue, we take pleasure in presenting our improved " EQUATOR*' 
(steam) and " GULF STREAM'' (hot water) Heaters, showing our new design sectional shaking 
and dumping grate, and other minor features tending to perfect and furtJior enhance their already 
well-known superior qualities. 

THE ^'EQUATOR." 

In planning this heater, the i'ollcwing features were borne in mind, and all the requirements will 
be found to have been met, on an examination of the heater and its method of construction. 

The surface must be large as compared with the area of the grate. 

It must be as far as possible all of it exposed to the direct rays of the fire. 

The fire door must be large for convenience of firing. 

I'he fire box must be deep and roomy in order to give a large combustion chamber, and aisc 
serve as a liberal receiver to contain coal over night. 

The grate must be of the shaking p.ittern, and arranged to dump readily without opening the 
tire or ash pit doors. 

The door for regulating air supply under the grate should be separate from the ash pit door in 
order that it shall be always clean, and also to avoid the annoyance of a chain on the heater front, 
where it is likely to interfere with the ready use of both fire and ash pit doors. 

A proper mud drum should be provided, in which accumulations of dirt or scale will settle, from 
which they may be drawn at the convenience of the person in charge of the fiie. 



NASON MANUFACTURING COMPANY, NEW YORK. 345 

The heater mast evaporate a large amout of water for each pound of coal burned in it, or for 
EACH DOLLAR SPENT FOR FUEL. 

In construction the heater is of the drop tube type, the reservoir on top being constructed of 
cast iron, and ihe tubes of mild steel. 

Into the bottom head or crown sheet — the latter being strengthened by suitable braces — are 
screwed a number of one inch drop tubes, excepting on the outer row, where for the purpose of 
stiffening the heater for shipment i% inch tubes are used. The lower ends of all these tubes are 
closed by our patent welding process, and into each is fitted a wrought iron diaphragm — their 
thickness being four Nos. heavier than that used for radiators. 

This insures an active circulation in all of them — water passing down on one side and up the 
other, conveying the steam bubbles into the reservoir above, where it separates from the body of water. 

The smoke and gases after passing over the tube surface are discharged through a central tube 
in the steam cylinder — a baffle plate compelling them to thoroughly circulate among all the tubes 
before they pass into the chimney. 

In a heater of this type we have found it practicable to get as large a ratio of heating surface 
to grate surface as 40 to i — this being at least 25 per cent, more than any other house steam heater 
now in the market. 

Between each of the 1% inch tubes, at their lower ends, is inserted a fire brick made expressly 
to fit their shape, which serve the purpose of keeping the exterior of the fire from coming directly 
in contact with the cooler surface of the pipes, which would hinder combustion and make the fire 
sluggish. 

At the same time the pipes keep the fire bricks partially cooled so that they are not injured to 
the same extent as where a furnace is entirely lined with brick. 

Attention is called to the casing — the inner surface of which is made of % inch asbestos 
board, covered by heavy galvanized or Russia-iron ; this being held in place by wrought iron 
bands clamped together at the back with bolts. In this construction, a neatness of appearance is 
attained which can be got in no other way ; and if necessary at any time the casing can be removed 
and replaced in less than an hour. 

The fire door is surrounded by a hollow cast-iron casting, which is connected to the steam 
reservoir above by two i %, inch pipes, and through these all dirt in the heater gradually settles, all 
sediment being driven out of the smaller tubes by their activity of circulation, and the accumulation 
is drawn from the bottom of the casting through a cock left there for :nat purpose. 

In a heater of this type it is obviously impossible to empty water from the tubes by drawing 
off, and, foreseeing the possible danger from freezing, we made a carefully conducted series of 
experiments to ascertain what the probability of accident from this cause would be. 

We developed the fact that when water freezes in the tubes the ice, instead of exerting its 
expansive force transversely, is forced up into the drum of the heater without causing any injury to 
the tubes whatever. 

Where it is thought best for any reason to expel the water from the tubes, it can be always 
done by building a light fire of shavings in the heater. But this we do not recommend except when 
done by a competent engineer, as there may be danger of causing leakage by overheating. 

In ordinary practice there is no objection whatever to leaving the water in the tubes, and we 
are willing to guarantee all our heaters of this type against any damage whatever occurring from this 
cause, providing the water is drawn from the steam drum and fire-door casing. 

Customers are invited to see samples in our office of heater tubes which have had water frozen 
in them. 

The main body of water in the heater is drawn from the bottom of the mud drum, which 
operation also empties the latter at the same time. 

Each heater is furnished with a complete set of Water Gauges, Gauge Cocks, Safety Valve, 
Automatic Damper for regulating the draft, Check Draft on top, and a complete set of fire tools. 
Further information with prices furnished upon application. 



346 NASON MANUFACTURING COMPANY, NEW YORK. 



DROP TUBE FIRE SURFACE. 

Almost the entire fire surface of the heaters is made up of drop-tubes suspended directly into 
the fire-box. It is at once obvious that their position with relation to the fire is such that 
every square inch is directly exposed not only to the heated products of combustion, but to 
direct radiation of the heat from the fire itself. The lower ends being securely welded, their 
only joint is at the upper end where they are screwed into the tube sheet of the heater, at 
which point the temperature of the gases is so reduced that injury from burning is impossible. 
Almost all of this surface is exposed directly to the fire itself, so that the remarkable result 
in evapojating efficiency attained greatly exceeds that of any other house steam or hot water heaters 
made or sold. 



CIRCULATION IN TUBES AND THEIR EVAPORATIVE DUTY. 

By the construction above described, provision is made for the rapid vertical flow of 
water in each tube, independent of all others. When water is heated it becomes of lesser 
specific gravity, and as a consequence there is a tendency of the hot water to rise vertically, 
the cooler water descending on the other side of each diaphragm to take its place ; and in 
passing through a heater, the circulation in any other direction necessarily retards it. Whenever 
the whole body of water in any heater flows in one long or devious circuit, as in the case of 
\\\ flat disc or horizontal tube heaters, it of necessity moves slowly, and when the fire is strong, 
>vith more or less noisy ebullition ; but the water in our heater flows in many independent short 
vertical circuits, and its movement is consequently very rapid, the distance traveled from the 
fire surface to the point of release being short ; as a consequence steam passes rapidly to the 
steam-dome, ebullition is very quiet and the production of large bubbles on the heating surface 
is avoided. This rapid circulation also insures freedom from deposit at the bottom of the 
tubes, it having been demonstrated with a heater of a type like this that lead shot can be thrown 
out of the tubes by rapid circulation. 



SELF CLEANING. 



Not least among the many excellent features of vertical tubes is that no soot or dust can 
collect by gravity on the fire surfaces, while upon every flat portion of the tube, disc, or 
horizontal heaters, whether of the water-tube or fire-tube class, a large collection of detritus is 
inevitable. These heaters are thus entirely ''' self cleaning,''^ 



DIAPHRAGMS AND THEIR DURABILITY. 

As the question may be asked as to the probable life of a diaphragm placed in a tube for 
the establishment of circulation, we promptly answer that it will be at least as long as that of 
the whole apparatus. No deterioration is observable in the diaphragms of vertical tube radiators, 
which have been in use for more than thirty years past, and where the conditions are less favorable 
than in a heater, the radiator sheet iron being thinner than that used for the drop- tube diaphragm. 



NASON MANUFACTURING COMPANY, NEV\^ YORK. 



)47 



Their destructibility is practically unknown. We have in many instances for purposes of 
examination into this point removed diaphragms from radiators which have been used for over 
twenty-five years, and found them practically as good as when first made, the original scale and marks 
on the surface of the iron being still intact. In the case of a heater, where the tubes are constantly 
immersed in water, the condition is much more favorable for the preservation of diaphragms than in 
radiators that are alternately subjected to contact with steam or air. 



FIRE TILE LINING. 



This feature, as here illustrated, is one of the most important in both the "Gulf Stream" 
and " Equator " heaters. 




SECTION OF FIRE-POT. 



Each size of heater requires a separate pattern moulded so as to exactly fit the space between 
the tubes. They are kept in stock and can be shipped immediately on order by mail or telegraph. 

The cut shows distinctly the mode of insertion. Each tile is notched on the top sufficiently to 
allow it to be raised enough to pass over the small lug which holds each in place at the base. No 
cement or setting is required ; the weight of each brick and its form hold it positively in place, and 
their renewal is so simple a matter that it can be done by any housekeeper without calling in the 
services of a steam-fitter or machinist. 



348 



NASON MANUFACTURING COMPANY, NEW YORK. 



THE -GULF" STREAM HOT WATER HEATER. 





This heater is similar in construction to the " Equator," except that the steam dome, instead of 
being of large size to allow the separation of steam from the water, is cut down in height, so as to 
merely serve the purpose of conducting the water to the tubes and away from them after it has been 
heated. 

The same large proportion of surface to grate is maintained, and the heater is precisely similar 
in all respects, except that the tlow and return connections, and the trimmings are different. 



NASON MANUFACTURING COMPANY, NEW YORK. 349 



REMOVAL OF ASHES. 

Too much emphasis cannot be placed on the necessity of keeping the ash-pit free from 
ashes, which are liable to accumulate through carelessness or laziness of servants. 

The ashes should be regularly removed at least once a day and placed in an iron ash barrel. 

If ashes are allowed to accumulate, the grate bars will inevitably be made red hot, which 
warps and destroys them in a short time. 

A grate, with proper care, will last for several years, or on the other hand the best grate may 
be spoiled in a day or two by a careless disregard of the above directions. 

Both the "Gulf Stream" and "Equator Heaters" require no attention whatever as to 
cleaning. Their construction is such that, unlike other heaters, they clean themselves, and the 
fire surface is always free from soot and dust, and much dirty work and loss of heat is thus 
avoided. 



DIRECTIONS FOR SETTING UP. 

ist. Place the bottom casting on the smooth cellar floor where it is to stand, as near the 
chimney as possible so as to avoid a long horizontal smoke pipe. 

The floor should be smooth, and about the heater, covered with brick or stone when 
possible. 

2d. Place the two half pieces which encircle the grate in position, care being taken that the 
opening left in the ring for the projection of the grate spindle comes opposite the hole in the 
front of the base-casting. Then place the grate in position, allowing the spindle to project 
through the front. 

3d. Raise the heater, taking care to avoid bending the outside tubes, and place it upon 
the bottom casting. Where practicable this can be most easily done, for the larger sizes, by 
screwing an eye-bolt into the bottom of a timber, directly over the place where the heater is to 
stand and then hoist it into position. 

4th. Place the loose pieces of fire-brick between the outside row of tubes inside the fire-box. 
It will be noticed that they are so shaped that, when placed in position, they will remain there 
of their own weight. 

5th. Put the semi-circular pieces of iron outside the outer row of tubes and secure them in 
place with the bolts provided. 

They are for the purpose of holding the asbestos covering in position, keeping it a slight 
distance from the pipes and thus allowing the ashes to sift in from the fire-box ; as they make a 
good non-conducting lining „i addition to the asbestos. 

6th. Wrap the asbestos covering around the heater and tie with wire. Its position is 
clearly shown by the openings in it and by the marks in paint at the joints. 

7th. Put the galvanized iron casing outside the asbestos and bolt up the wrought iron 
straps, giving tension enough to hold the whole securely. 

8th. Put on the trimmings as shown in the accompanying cuts. 

Note. In order to bring the galvanized iron casing into position before bolting on the 
girth straps, it may be found convenient to place a turn of wire once around the jacket, 
tightening it by twisting with a piece of steam pipe or stick, to draw the edges into place. 



NASON MANUFACTURING COMPANY, NEW YORK. 



OUR ''PERFECTED" GRATE. 

A demand having arisen for a Grate to be used in association with our 
Equator and Gulf Stream Heaters, which would more perfectly control the fire 
and its management, we have devised a form which is distinctly new in many of 
its features ; and after a careful trial the Grate is now for the first time offered, 
and all our Heaters sent out in the future will be equipped with it. 

An examination of the accompanying cuts will sufficiently show its construc- 
tion and general operation. Fig. i, is the Grate ready for use ; Fig. 2, the bars 
in position for dumping the fire, and Fig. 3, a section of the ash-pit and bars. 




Fig. I. 

GRATE SET READY FOR USE. 

It will be noticed that each bar is formed with two lateral stays running its 
whole length to the trunions, instead of one as is commonly used. Across the 
stays are ties with short pieces or fingers extending on both sides. This method 
of construction gives greater stability, with less weight, than with any other form, 
and also largely increases air space, ensuring both better combustion, and cooler 
bars, with their consequent longer life. 




Fig. 2. 

POSITION IN DUMPING. 



NASON MANUFACTURING COMPANY, NEW YORK. 



Shaking the Grate is accomplished with a handle attached to the center 
bar spindle ; motion to the left being arrested by the Grate striking the ring, 
and to the right by means of the pawl which catches in a notch in the spindle 
provided for it. 

When it is desired to dump the entire contents of the fire box the pawl is 
thrown back to the left, leaving the spindle free to make a quarter turn to the 
right, and place the Grate bars in a nearly vertical position. 




Fig. 3. 
SECTION OF ASH-PIT AND GRATE. 

The position of the Grate is somewhat higher than in the previous pattern, 
and the depth of the bars is also less, which feature gives considerably more 
height of ash-pit than formerly, and will be appreciated by those especially who 
are using the Nos. 4 and 5 sizes. 

The outer circle ring of these Grates fits the base of all Heaters we have 
issued ; and the outer bar section of all Grates we shall make are similar, but 
there is a slight difference in the construction of the central bars, there being two 
patterns, one for bases of the earlier form which had the Grate below the level of 
the ring, and the other for all new bases shipped after this date. 

Note. — Customers in ordering Grates for Heaters, should invariably give 
the date at which the original Heater was sold, in order that the proper pattern 
may be sent. 

Letters Patent have been applied for, and will shortly be issued, of which due 
notice will be given. 



352 



NASON MANUFACTURING COMPANY, NEW YORK. 



LIST OF SIZES WITH DIMENSIONS AND PRICES 



''EQUATOR" STEAM HEATERS. 



Size Nos, I 

Diameter of heater casing, inches. . 23 

Diameter of base, inches ^9)4 

Height from bottom of base to top 

of shell, inches 63^ 

Height of heater to top of smoke 

pipe elbow, inches 70}4 

Diameter of fire pot, inches 16^ 

Height of water line from bottom 

of base, inches 57 

Number of tubes 60 

Diameter of steam outlets, inches.. 2 

Diameter of return pipes, inches.. i^ 

Diameter of smoke flue, inches. . . 5 

Square feet of grate surface i ^ 

Square feet of fire surface 63 

Ratio of fire surface to grate surface 43 to i 
Number of sq. ft. of direct radi- 
ating surface it will supply. . . . 275 

Weight of heater complete, lbs 1050 

Price of heater complete, with 

trimmings .$145.00 



2 

25 
3IK 


3 

28>^ 

34^4: 


4 

34 


5 

40 
46>^ 


62K 


64 


64 


^VA 


71^ 
18^ 


75 

2I|^ 


77 
27K 


82 

33 J4 


57 
85 


58K 
101 


58K 
151 


60 
226 


2 

i}4 


2>^ 


3 


4 


sVz 


8 


10 


12 


2 


^V, 


4>^ 


^M 


81 


97 


144 


2QO 


43 to I 


37 to I 


35 to I 


33 to 7 


375 


525 


825 


1250 


1200 


1500 


2000 


2700 



165.00 



190.00 



250.00 



335- 00 



LIST OF SIZES WITH DIMENSIONS AND PRICES 



GULF" STREAM HOT WATER HEATERS. 



Size Nos I 

Diameter of heater shell, inches. ... 23 

Diameter of base, inches 29 J^ 

Height from bottom of base to top 

of shell, inches 54l4^ 

Height of heater to top of smoke 

pipe elbow, inches fJ4^ 

Diameter of fire pot, inches 16^ 

Number of tubes 60 

Number of flow pipes 2 

Diameter of flow pipes, inches 2 

Number of return pipes 6 

Diameter of return pipes, inches... i^ 

Diameter of smoke flue, inches. ... 5 

Square feet of grate surface lYz 

Square feet of fire surface 62^ 

Ratio of fire surface to grate surface. . 42 to i 
Square feet of radiating surface it 

will supply 450 

Weight of heater complete, lbs 950 

Price of heater complete, without 

trimmings. $1 1 5 . 00 



2 


3 


4 


5 


25 


28X 


34 


40 


3IK 


34^ 


Aoyi 


46>g 


55X 


56 


563^ 


56>i 


65>^ 


70 


72X 


"Mi 


18K 


21 >4 


27;^ 


33>^ 


85 


lOI 


151 


226 


3 


3 


3 


2 


2 


' two 2 in. \ 
1 one ly^, in. ) 


3 


4 


6 


6 


3 


2 


1^ 


iK 


3 


4 


^% 


8 


10 


12 


2 


2^^ 


VA 


6H 


80 


96 


142 


195;^: 


43 to I 


36 to I 


35 to I 


32 to 1 


600 


Soo 


1250 


1850 


1150 


1350 


1750 


235'0 



1 30 . 00 



155-00 



2 1 5 . 00 



285.00 



NASON MANUFACTURING COMPANY, NEW YORK. 



Each pipe measures one square foot of surface. 
Square feet of /ieati?tg surface in all these Radiators can be increased or diminished 

by varying the length of the tubes. 



NASON'S VERTICAL WROUGHT IRON WELDED 

TUBE RADIATORS. 

The Nason Radiators have been so long and so favorably known as to render any 
very fall description of their construction unnecessary, but certain improvements which 
have been recently adopted in their form and manufacture will prove interesting to the 
trade. ^ 

While retaining the original pattern of base and top for use where a heavy and 
massive appearance is desired, the general demand for a radiator combining elegance 
of form with strength, induced us to undertake the large labor and expense of making 
an entire new set of patterns, which design has to-day nearly supplanted the previous 
form. This pattern we have named Nason's Improved, and radiators should be or- 
dered under this name unless the old pattern is desired. 

The most marked improvement is the form of the base, the latter being so con- 
structed as to admit air through apertures between each of the pipes. These holes are 
circular and made slightly conical in form, so that each is in fact a small blow-pipe 
which directs a current of cold air, taken from the floor, where it is coldest, directly 
upon the adjacent pipes, and this enormously increases their activity in heating the air 
By this device the inner rows of pipes are rendered almost as active as those on the 
exterior, and less heating surface than has been commonly used in the past can be 
employed in a room of given size. 

There will also be found a considerable number of intermediate sizes not found in 
earlier editions of our catalogue, which have been made in compliance with the often 
expressed wish of customers, to fill the gap between certain sizes-notably those be- 
tween 48 and 60 pipes and 24 and 32. 

Also, there are several new smaller sizes here presented for the first time especially 
adapted to small rooms in apartment houses, so that the exact proportion of surface to 
volume can be given, instead of putting in an excess or deficiency of surface, as has 
often been found necessary. 

There are also included two patterns specially made to condense a large amount of 
heating surface into a small space, where but little of the latter is available and the 
floor area restricted. 

By means of our recently patented welding process for closing the tops of tubes 
a uniformity in their length and appearance is secured which is highly desirable- also 
absolute freedom from leakage is obtained. The process being done by machinery all 
welds are subjected to precisely the same pressure. 

All radiators are tested under a pressure of 70 pounds boiler pressure, insuring to a 
certainty that no leaks will occur when less than this is used. If a higher pressure is 
to be used it should be specifically so stated in the order, so that such radiators may be 
specially tested and the requirements met. 



354 



NASON MANUFACTURING COMPANY, NEW YORK. 



Each pipe measures one square foot of surface. 
Square feet of heating surface in all these Radiators ca?i be increased or diminished 

by varying the length of the tubes. 

All tubes in our radiators being cut to a standard thread, they may be readily 
removed from a base, when the latter is connected in the building, without breaking its 
connection, if it is desired at any time to increase or diminish the heating surface by 
lengthening or shortening the tubes. 

This feature is possessed by none of the return bend pattern. 

As manufactured in our radiators the form of material is less than half the thick- 
ness of the cast iron loops or tubes commonly used, and it is apparent to any one that 
the thinner the material, or, in other words, the closer the air can be brought within 
direct contact of the interior steam heated surface of a radiator, the more rapidly the 
heat will be transmitted from the steam to the air. 

It is well known, too, that sand is an excellent non-conductor — it being frequently 
used for insulating purposes, and the impossibility of properly cleaning the interior of 
cast iron radiators from sand which is left by the cores and burned into the casting, 
ma,kes this coating on the inside a serious obstructor of heat passing through it. 

Attention is respectfully called to the carefully made series of experiments recently 
conducted by the well-known engineer and expert, Mr. George M. Barrus, of Boston, 
for the purpose of ascertaining the relative heating efhciency of our Improved Radiator 
as compared v.ith cast-iron surface, an abstract of which will be found on pages i6i-6i3>^ 

The extraordinary efficiency shown by Mr. Barrus's experiments is due in a large 
measure to the fact that the radiating surface is composed chiefly of wrought iron 
instead of cast. 

THEORY OF CIRCULATION. 



Although the question of the active circulation of steam in the Nason Tube was 
settled years since, both by theor^^ and results in practice, derived from the millions of 
square feet of surface sold by us, it is occasionally raised by parties not familiar with, 
or who have been misled by interested competitors, and for their benefit cuts Nos. i 
and 2 are here included. 





NO. I. 



NO. 2. 



No. I shows horizontal section of a standard tube, with the form of diaphragm and 
its method of insertion. It will be observed that it fits the tube closely, thus dividing 



KASON MANUFACTURING COMPANY, NEW YORK. 355 

Each pipe measures one square foot of surface. 
Square feet of heating surface in all these Radiators can be increased or diminished 

by varying the length of the tubes. 

the latter into two parts as efficiently as if there were two tubes connected at the top 
by means of a return bend. 

In cut N6. 2 it will be noticed that the diaphragm is driven nearly to the end of 
the tube — a space however being left sufficient to permit of the easy passage of air or 
steam over it. 

The theory of circulation is as follows : 

One hundred cubic feet of air at 60 degrees weigh ^.6 lbs. One hundred cubic feet 
of steam at 212 degrees weigh 3.6 lbs., from which it is evident that steam is nearly 53 
percent, lighter than air. 

Each tube when screv/ed into a base thus stands in the relation of an inverted 
siphon to it, and on the admission of steam into the latter, it is obvious that air being 
so much the heavier, it will immediately drop down on one side of a diaphragm — no 
matter which — and its place occupied by steam which rises on the opposite side, thua 
following the air and supplanting it. 

The heavier air falling in the base is immediately ejected through the return pipe, 
SO that an interval of a few seconds thus suffices to entirely fill the radiator with steam 



DURABILITY OF DIAPHRAGMS. 

It may be of interest to customers who have been informed that the diaphragms 
inserted by us are perishable and will rust out after a few years' use, to know that some 
of the first radiators which we made, about twenty-five years since, were placed in the 
Fifth Avenue Hotel of this city ; and after a continuous use for the above period, we 
recently, by the kind permission of the proprietors, Messrs. Hitchcock & Darlings 
removed several of the diaphragms, which are now in our office and open for inspection, 
together with many others of about equal age, which are equally as perfect. The 
original scale of metal on them has been little attacked ; and the diaphragms of this 
age are usually quite as good as the many samples we have. 

Steam in itself is a perfect protector of iron, and the vertical position in which the 
diaphragms are placed drains from them immediately all water which is deposited on 
them. 

Upon the entrance of air, from leakage or otherwise, after the steam is turned off, 
there is no water present to rust the surface. 

These facts are borne out by the many samples in our possession. 

In an experience covering twenty-nine years {Radiators with Diaphragms inserted 
in the tubes having been made by us i?i i860), we have never learned of an instance in 
which diaphragms have rusted out^ or tubes to be refitted with them in consequence of 
their destruction^ 



35^ 



NASON MANUFACTURING COMPANY, NEW YORK. 



Each pipe measures one square foot of surface. 
Square feet of heating surf ace in all these Radiators, can be increased or diminished 

by varyi?ig the length of the tubes. 



From the large number of sizes made, a few illustrations only are selected, which 
serve sufficiently to show their general style and appearance. 

The following show our Nason Improved Pattern as made in four different widths. 




This pattern Radia- 
tor can be furnished 
for steam pressures 
up to 200 lbs. 




Single Row Radiator. 



Two Row Radiator. 




Three Row Radiator. Four Row Radiator. 

In ordering specify 'Improved" Pattern. 



NASON MAN U FACT UKl JNG COMPANY, NEW YORK. 357 



Each pipe measures one square foot of surface. 
Square feet of heating surface in all these Radiators can be increased or di?ninished 

by varying the length of the tubes. 

The annexed price-lists include only what are known as regular sizes, which are 
usually kept on hand, or if not on hand, can be promptly furnished. The prices include 
open-work Iron Tops. Binders for marble tops will be furnished when ordered, but 
as the use of the latter is attended with considerable loss of efficiency, they are not 
recommended except in special cases. 

NASON'S 'IMPROVED" VERTICAL TUBE RADIATORS. 

Pattern No. i. Single Row of Tubes. Outside width at floor, 5^^ in. ; usual height, 35 in. 

Size of steam openings, \ J?^f,^",""^r ^^ '^^P' 'i ?/ ' °T ^^ ^"'^P' '/ ?/ 
^ ^ ( Outlets, 30 " ^ " 30 % 

Distances from centre of openings to the floor : Inlets^ 4 in. ; Outlets, 3^ in. 

Number of Tubes in length 4 6 8 10 12 16 20 24 

Total Number of Tubes 4 6 8 10 12 16 20 24 

Square Ft. of Heating Surface 4 6 8 10 12 16 20 24 

Outside length of Radiator, inches n;^ 15^ 19I4; 23'^' 27X 3534 43k' Si.^ 

Price, Plain $2.50 3.75 4.50 5.00 6.15 8.00 10.00 12.00 

" Bronzed $3.00 4.50 5.50 6.00 7.50 9.50 12.00 14.00 

Pattern No. 2. Two Rows of Tubes. Outside width at floor, 73^ in.; usual height, 35 in. 

c- r ^ • \ Inlets, under 30 tubes, ^ in.; over 30 tubes, i in. 

Size of steam openmgs, - r^ ..i J «. •»,/.. <i ..,/•( 

^ < Outlets, 30 % 30 % 

Distances from centre of openings to the floor: Inlets, 4 in.; Outlets, 334^ in. 

Number of Tubes in length .... 4 6 8 10 12 14 16 20 24 28 

Total Number of Tubes 8 12 16 20 24 28 32 40 48 56 

Square Ft. of Heating Surface.. 8 12 16 20 24 28 32 40 48 56 

Outside length of Radiator, ins., ii^ 1^% 19I4 23^^ 274 3i>+ 35>4 43X 51X 59J4^ 

Price, Plain $4.25 6.50 7.50 9.00 11.00 13.00 15.00 18.00 21.00 23.50 

Bronzed $5.00 8.00 9.00 10.50 13.00 15.00 18.00 22.00 25.00 29.50 

Pattern No. 3. Three Rows of Tubes. Outside width at floor, 93^ in. ; usual height, 35 in. 

„. , , 3 Inlets, under 30 tubes, ^in.; 30 to 60 tubes, i in. ;6o tubes and over, i)^ in. 

bize ot steam op ngs, -j Q^^jg^g^ .. ^^ .. 3^ - 30 to 60 " ^ *' 60 " " i " 

Distances from centre of openings to the floor : Inlets, 4 in.; Outlets, 31^^ in. 

Number of Tubes in length 4 6 8 10 12 14 16 18 20 24 28 

Total Number of Tubes. 12 18 24 30 36 42 48 54 60 72 84 

Sq. Ft. of Heating Surface 12 18 24 30 36 42 48 54 60 72 84 

O'sidel'th of Radiator, ins ni^ 151^ 191-^ 231^4^ 271^ 311.^ 35,^ 393^ 43)^ S^M 59^ 

Price, Plain $6.00 9.00 ii.oo 13.50 16.00 19.00 21.00 24.00 26,00 31.00 36.00 

" Bronzed $7.00 10.50 12.50 16.00 18.50 22.00 24.00 27.00 30.00 36.0042.00 

Pattern No. 4, Four Rows of Tubes. Outside width at floor ii^ in.; usual height, 35 in. 

r.. e . < Inlets, under 30 tubes, ¥' in. ; 30 to 60 tubes, i in ; 60 tubes and over, \\i in. 

Size of steam op ngs, j Q^^,^^^ .. ^^ .. 3^.. 30 to 60 " 3^" 60 " " i " 

Distances from centre of openings to floor : Inlets, 4 in.; Outlets, 3|^ in. 

Number of Tubes in length 4 8 10 12 16 20 24 28 32 

Total Number of Tubes 16 32 40 48 64 80 96 112 128 

Square Ft. of Heating Surface 16 32 40 48 64 80 96 112 128 

Outside length of Radiator, inches 11I4 19I4 23X 27I4 3534^ 43I-4 51I4 59I4 67I4 

Price, Plain $7-50 i3-50 17.00 20.50 26 50 33.00 39.00 45.00 52.50 

Bronzed $8.50 16.00 20.00 24.00 31.00 38.50 46.00 53.50 62.00 

Please Note change in size of Radiator Connections, which are different from 
those previously issued by us. When desired they can be tapped to any required size 
or with extra large openings on the returns where they are to be connected to an ap- 
paratus constructed on the one-pipe system. 



358 



NASON MANUFACTURING COMPANY, NEW YORK. 




Cut showing both outlets on one end. 



When necessary they are furnished as above shown with both steam and return on 
the same end. A positive circulation being established in this way through the base by 
means of a vertical diaphragm cast in the latter. 

This form of construction facilitates connection to the risers and returns of an 
apparatus, and reduces its expense, as the main pipes are commonly placed side by side 
in large buildings. 

When inlet and outlet are both on one end, their distances apart from centre to 
centre are for 2 pipes wide pattern 3 in.; 3 pipes wide pattern 4 in.; 4 pipes wide 
pattern 4 in. 

Both holes are at the same height above the floor, or 3^ in. 




NASON MANUFACTURING COMPANY, NEW YORK. 



359 



Each pipe 7neasures one square foot of surface. 
Square feet of heating surf ace in all these Radiators can be increased or diminished 

by varying the length of the tubes. 




For the benefit of steam fitters cuts Nos. 3, 4 and 5 are here introduced, to enable them to 
lay out connections to the mains ready to receive the radiators. Scale is one-quarter full size, and 
figures indicate distances from floor to centre of inltt pipes. 

Where both openings are placed at one end of a base the distances are the same as above given. 

Openings for either inlets or outlets can be made of varying sizes when so ordered, to suit the 
requirements of the trade, without extra charge. 

Note. — All dimensions given are for return ends, inlets being | inch higher. 



36o 



NASON MANUFACTURING COMPANY, NEW YORK. 



Each pipe measures one square Joot of surface. 
Square feet of heating surface in all these Radiators can be increased or diminished 

by varying the length of the tubes. 




No. 6. 



Cut \^o. ri represents our latest pattern of Box Base to be used for the Direct- 
Indirect System now becoming deservedly popular. It is in use in many well-known 
public buildings, notably in a number of the public schools in this city, where large 
numbers are in cjueration. 

No. 7 is the same radiator provided with an air inlet on the base for admitting air 
directly from the room when for any reason, as, for instance, it is desired to heat a room 
quickly, the outside supply is shut off, and immediately transforms the radiator into 
the regular pattern. 

This pattern is furnished with an outlet in the back of the base casting, which will 
be made of any dimensions desired, or air may be taken in at the bottom through the 
floor. 

This form of base affords the best possible method of admitting air to rooms on 
the direct-indirect system, which is becoming deservedly popular, as owing to the large 
number of openings equally distributed in the base, no air can enter without coming 
immediately in contact with every part of the heating surface, thus becoming at once 
and thoroughly warmed. Each tube thus does its full share of work, and contributes 
greatly to the heating efficiency of the radiator. 

The dimensions, &c., are identical with those of our new pattern as described on 
page 6 except that the distances from center of the outlets to the floor are: 
Inlets, \\\ inches; outlets, 4/^ inches. 



NASON MANUFACTURING COMPANY, NEW YORK. 3^1 

Each pipe measures one square foot of surface. 
Square feet of heating surface ift all these Radiators can be increased or diminished 

by varying the length of the tubes. 



No. - 
LIST OF STANDARD SIZES AND PRICES OF 

DIRECT-INDIRECT OR BOX BASE RADIATORS. 

Pattern No. i with Single Row of Tubes is not furnished in Box 

Base Pattern. 

Pattern No. 2. Double Row of Tubes. 

No. of Tubes in length 4 6 8 10 12 14 16 20 24 28 

Total No. of Tubes 8 12 16 20 24 28 32 40 48 56 

Price for Plain 4.50 6.75 8.00 10.00 11.75 13-75 ^6.00 20.00 23.50 27.50 

Price for Bronzed 5.25 8.00 9.50 12.00 13.75 16.00 19.00 24.00 27.50 32.00 

Pattern No. 3. Three Rows of Tubes. 

iN'o. of Tubes in length 4 6 8 10 12 14 16 18 20 24 28 

Total No. of Tubes... 12 18 24 30 36 42 48 54 60 72 84 

Price for Plain 6.40 9.75 11.80 14.75 17-25 20.25 21.50 23.75 29.50 34.75 40.50 

Price for Bronzed.... 7.40 11.25 13.25 16.50 19.75 22.75 25.50 28.75 33-oo 39-25 46.00 

Pattern No 4. Four Rows of Tubes. 

No. of Tubes in length 4 8 10 12 16 20 24 28 32 

Total No. of Tubes 16 32 40 48 64 80 96 112 128 

Price for Plain 8.00 14.50 18.25 25.00 28.50 37.00 43.50 51.00 58.00 

Price for Bronzed 9.00 16.00 20.00 27.50 33.50 42.50 50.00 58.00 68.00 

In ordering please state explicitly whether Bases are to have doors on the front, 
openings on the back or both. 

Price for Door fitted to each Base, $1.73. 



3^2 NASON MANUFACTURING COMPANY. NEW YORK 

Each pipe measures one square foot of space. 
Square feet of heating surface in all these Radiators can be increased or diminished 

by varying the length of the tubes. 



BOX BASE RADIATORS.— 0;//z;/2/^^. 



The openings into which Doors can be fitted in front side of Box Base Radiators 
are 6x3;^, 8x3^- 10x3^ inches. 

The following measurements are the dimensions of the openings in the back side 
of Box Base Radiators. 



2x4 
33^x6 


2x6 

3V^x8 

3x4 
3>^x6 

3x24 

33^x8 


2x8 
33^x8 

3x6 

33^x8 

3x28 
31^x12 


2x10 

35^x8 


2x12 

33^x8 


2x14 
3V^x8 


2x16 

33^x8 

3x14 
33^x8 

4x12 

332x8 


2x20 
33^8 

3x16 
33^x8 

4x16 

33^x8 


2x24 
33^x8 


2x28 
3>^x8 


3x8 

3>^x8 


3x10 

33^x8 


3x12 

33^x8 


3x18 
33^x8 


3x20 

3^x8 


4x4 
3-2x6 


4x8 
33^x8 


4x10 

33^x8 


4x2c 

33^X12 




4x24 

33^X12 


4x28 
33^x16 


4x32 
33^x16 





Unless otherwise ordered, our box bases will be sent without opening 
either in the front or back — the air supply being commonly through an opening 
in the floor, as this method of connection avoids the necessity of making a joint 
with a tin air box at the back. 

When doors at the front are wanted it should be specifically stated. 

Dampers controlling the air supply are not furnished, owing to the varying 
methods in which air is introduced, and the forms of air inlets from the flues to 
be adopted. 

They may be of the swinging type, like an ordinary stove damper, or when 
more convenient, of a sliding grate pattern. 

Up to and including sizes 16 tubes in length, the boxes are cast with the 
bases in one piece. The longer patterns have cast iron boxes fitted on to which 
the base casting is readily set and attached with screws. 



NASON MANUFACTURING COMPANY, NEW YORK. 363 

THE DIRECT-INDIRECT SYSTEM. 

The good results predicted for this method of heating during the last fev; 
seasons have been so entirely satisfactory as to more than come up to our 
anticipations. 

By this method, as is generally understood, the space beneath the base of 
radiators is enclosed, and air from the exterior supplied to it by means of air 
boxes in the cellar, or in some cases directly through the wall from the outside 
Air then passes up through holes in the base and between the pipes, where it is 
thoroughly warmed before entering the room. 

Our particular form of radiator is the most perfect which has yet been de- 
vised for this method of heating, because of the numerous inlets through which 
the air passes, thus sub-dividing it and bringing the current against every portion 
of the inside rows, as well as the exterior tubes. 

The form of the orifices being circular, each acts as a small blow-pipe 
directly against the tubes, thereby greatly increasing their steam condensing 
effect, which necessarily means that correspondingly large volumes of air are 
warmed. 

By this system the whole surface of the radiator is actively ii^operation, 
instead of the inside pipes being, as is common with most radiators, immersed 
in a warm air bath, where they are comparatively inoperative. Thus, owing to 
the great activity of the surface a considerably lesser number of scjuare feet of 
surface can be placed in each room with a certainty of warming it than is ordi- 
narily used. 

In very cold or windy weather, when it is not desirable to take air from the 
exterior, the outside damper is then closed, and the door in the front of the base, 
by being opened, immediately places the radiator under the same conditions that 
a radiator of the standard type is working under. 

These conditions are : That the cold air from the floor enters the door in 
the base, passes through the air openings over the tubes, and it is then distrib- 
uted throughout the room. 

This system is to be commended as possessing at once all the advantages ot 
both systems, ha7ing the desirable quality, of giving radiant heat in a room, 
besides warming air with which the surface comes in contact, and also giving 
niore or less ventilation, the latter being controlled directly in rooms where it is 
wanted as readi'y as where registers are Msea= 



3^4 



NASON MANUFACTURING COMPANY, NEW YORK. 



Each pipe measures ont zquare foot of surface. 
Square feet of heating surface in all these Radiators can be increased or diminished 

by varying the length of the tubes. 




NO. 8. 

No. 8 illustrates a convenient method of connecting our box base pattern with the 
indirect cold air flue. It will be noticed that air can be taken from the exterior of the 
building or entirely cut off and air circulation established from the room by opening 
the door in front of the base, 

Air may be admitted either at the side of a building or through a flue running to a 
cellar; but it is not desirable to take air in through a vertical flue running to any point 
above the radiator, as an inverted current may be established on a windy day where 
radiators are run on the leeward side of the building, and the heated air be thus dri^wn 
from the room. 



NASON MANUFACTURING COMPANY, NEW YORK. 



365 




THE NASON HOT CLOSET OR DINING-ROOM RADIATOR. 



Special attention is invited to our new DiNiNG-RooM Hot Closet Radiator, of which we 
have now on hand a full stock of difTerent sizes, ready for immediate delivery. 

This form of heater is placed on the market with a view to meeting the constant and increasing 
demand for a Dining-Room Radiator that, while handsome in appearance, will be reasonable in price. 

As shown in the accompanying cut, it will be seen that it has th^ advantage over several other 
patterns now offered by being enclosed on three sides by heating surface. Each closet is furnished 
with three perforated shelves which are readily adjusted to any height desired by means of side 
racks cast for this purpose. 

For this Radiator the patterns have been made with great care from Bronze, for the purpose of 
obtaining castings as smooth and perfect as possible. The general appearance of the heater, as 
will be seen from the cut, is neat and ornamental, and when finished in Gold or Silver Bronze it be- 
comes a handsome piece of furniture in any room. 

The projection of the doors in front allows the introduction of dishes to be warmed of a width 
up to 13^ inches. Patterns permit the extension of the length of the Radiator irrespective of the 
size of the closet, in order to adapt its heating surface to the dimensions of the room in which it may 
be placed. 

This Radiator is made only in our four-row-wide pattern, and the internal dimensions of the 
closet in any pattern are : 133^ inches in width, by 19 inches long, by 2g inches in height. 

On application a Photograph will be sent by mail. 

Following we give the list of sizes in which the Hot Closets are made, with list prices, and the 
square feet of heating surface in each. 

Pattern 4x16 4x20 4x24 4x28 4x32 

Heating surface in square ft 30 46 62 78 94 

List Prices, Plain $33.oo $40.00 'I47.00 $54.00 $6r.oo 

Bronzed, in Gold or Silver 38.50 47.00 55.50 64.00 71.00 



366 



NASON MANUFACTURING COMPANY, NEW YORK 



Each pipe measures one square foot of surface. 
Square feet of heating surface in all these Radiators can be increased or diminisJied 

by varying the length of the tubes. 





Single Row Radiator. 



Three Row Radiator. 





Two Row Radiator. 



Four Row Radiator. 



This pattern is for Low Pressure to 40 lbs. 
In ordering specify "Solid Base" Pattern. 



NASON MANUFACTURING COMPANY, NEW YORK. 3^7 

Each pipe measures one square foot of surface. 
Square feet of heating surf ace in all these Radiators can be increased or diminished 

by vaj-ying the length of the tubes. 

NASON'S ^' SOLID BASE" PATTERN VERTICAL WROUGHT IRON 

WELDED TUBE RADIATORS. 

These are similar in construction to the new pattern described on the previous 
pages, except that they are heavier and more substantial in appearance, also more 
elaborate in design. 

In handsomely furnished dwelling houses they are frequently used where a radiator 
of extra finish is desired. 

As in the case of the new pattern, each tube is guaranteed to equal one square foot 
of surface. 

Pattern No. i, Single Row of Tubes Outside width ,4i^inches ; usual height, 3 feet. 

Sizes of steam openings — Inlets, 3^ inch. Outlets, i inch. 

Distances from centre of openings to the floor. — Inlets, 3 inches. Outlets, i^^ inches. 

Number of tubes in length 4 6 8 10 12 16 20 24 

Total number of tubes 4 6 8 10 12 16 20 24 

Outside length of radiator, inches 10^ 14^4 iS^/ 2254' 7.^% 343^ 4234' 50^^ 

Square feet of heating surface 4 6 8 10 12 16 20 24 

Price, plain 3.25 4.50 5.25 6.50 7.25 g.25 11.00 13.50 

Price, bronzed 3.75 5.00 6.00 7.25 8.25 10.50 12.50 15.00 

Pattern No. 2, Double Row of Tubes. Outside width, 71^ inches ; usual height, 3 feet. 

Sizes of steam openings. — Inlets, i inch. Outlets, i^ inches. 

Distances from centre of openings to the floor. — Inlets, 4 inches. Outlets, 3^/^ inches. 

Number of tubes in length 4. 6 8 10 12 16 20 24 

Total number of tubes 8 12 16 20 24 32 40 48 

Outside length of radiator, inches 10^ i^^^ iS% 22^ 26^ 343^; 423,4 50^ 

Square feet of heating surface 8 12 16 20 24 32 40 48 

Price, plain 5.25 8.00 g.20 10.75 13.15 17.00 20.50 25.00 

Price, bronzed 6.00 g.oo 10.50 12.50 15.00 19.50 23.50 28.50 

Pattern No, 3, Three Rows of Tubes. Outside width, g^ inches ; usual height, 3 feet. 

Sizes of steam openings — Inlets, i inch. Outlets, i}>£ inches. 

Distances from centre openings to the floor. — Inlets, 4}^ inches. Outlets, 3^ inches. 

Number of tubes in length 4 8 12 16 20 24 28 

Total number of tubes 12 24 36 48 60 72 84 

Outside length of radiator, inches iii^ igi^ 273^ 353^ 433^ 513^ 593^ 

Square feet of heating surface 12 24 36 48 60 72 84 

Price, plain 7.75 13.50 19.25 25. co 32.00 37.50 42.50 

Price, bronzed 8.75 15.50 22.00 28.50 36.50 42.50 48.50 

Pattern No. 4, Four Rows of Tubes. Outside width, 12 inches ; usual height, 3 feet. 

Sizes of steam openings — Inlets, i inch. Outlets, 1]^ inch. 

Distances from centre of openings to the floor. — Inlets, 4^ inches. Outlets, 3^ inches. 

Number of tubes in length 4 8 12 16 

Total number of tubes 16 32 48 64 

Outside length of radiator, inches. .. . 12 20 28 36 

Square feet of heating surface. ....... 16 32 48 64 

Price, plain 10.50 18.25 27.00 34.50 43. 

Price, bronzed 12.00 21.00 31.00 40.00 50. 

The inlets and outlets, if not wanted as above named, will be made as desired. 

It will be noticed that the Outlets to Radiators in the foregoing tables are larger than the 
Inlets. They are made thus because when intended for single pipe connection the Outlets, being 
the lower, they can be tapped larger for the purpose of admitting steam and taking the water of 
condensation through the same pipe. When otherwise intended, both Inlets and Outlets will be 
tapped as ordered. 

These Radiators are considerably more efficient than those made of cast iron. This must be 
so, since wrought iron is the best surface in use for steam warming radiation. 



20 


24 


28 


32 


fco 


96 


112 


128 


44 


52 


60 


68 


80 


96 


112 


128 


00 


50.50 


57.50 


65.00 


00 


58.00 


65.00 


74.00 



368 



NASON MANUFACTURING COMPANY, NEW YORK. 



NASON'S '^STANDARD" PATTERN. 



VERTICAL WROUGHT IRON WELDED TUBE RADIATORS. 




CIRCULAR PATTERN. 

Usual Height, about Three Feet. 







Sq. Feet 


Outside 














Pattern 


No. 


of Radi- 


Diame- 


Centres of Holes 


Inlets. 


Outlets. 


Price for 


Price 


Number, 


of Tubes. 


ating 


ter 


above 


Floor. 


Inches. 


Inches. 


Plain. 


for Bronzed. 






Surface. 


at Floor. 






















Inlets. 


Outlets. 










I 


I8 


18 


I3K 


^%" 


2>^" 


K 


iM 


11.00 


12.25 


2 


30 


30 


18 


3M 


^% 


K 


Ik 


17.00 


19.00 


3 


54 


54 


23 


3k 


2^-^ 


Va 


i^ 


28.50 


32.00 


4 


72 


72 


253/ 


3 


2K 


I 


ik 


35.50 


40.50 


5 


102 


102 


34 


4K 


4 


I 


ik 


54-50 


62.00 


6 


130 


130 


38^ 


^% 


4 


Ik 


Ik 


67.00 


76.00 


7 


160 


160 


38k 


A% 


4 


ix 


i^ 


80.00 


91 .00 



The heating capacity and the cost of Circular Radiators may be varied by leaving out any 
number of Tubes, except the outer row, v^^ithout changing the external appearance 

The Inlets and Outlets will be tapped as ordered. 



MASON MANUFACTURING COMPANY, NEW YORK. 



^60 



NASON'S -STAND/VRD" PATTERN. 

VERTICAL WROUGHT IRON WELDED TUBE RADIATORS. 




COLUMN RADIATORS. 



Made in halves to encircle columns. Made in five sizes. Usual height, 3 feet. 



Pattern 
Number. 





Sq. Feet 


Outside 


No. of 


of Radi- 


Diame- 


Tubes. 


ating 


ters 




Surface, 


at Floor. 


58 


58 


27M 


80 


80 


29'X 


102 


102 


34 


130 


130 


38 j^ 


160 


160 


38k^ 



Centres of Holes 
above Floor. 



Inlets. Outlets. 



51^' 

4^ 

4/8 



4 

4/8 

4 

4 
4 



Inlets. 



r4 
I 
I 



Outlets. 



^r4 



Diameter 
of Openuig 
in the Base 

— Inches. 



12 
12 
16 

]6 
16 



Price for 
Plain. 



33- 00 

43.00 
57.00 
72.00 
85.00 



Price for 
Bronzed. 



37- 00 

48.50 

64.00 
81 .00 
96.00 



370 



NASON MANUFACTURIN^x COMPANY. NEW YORK. 



MASON'S -DUPLEX"' PATTERN. 

YERTICAL \YROUGHT IRON WELDED TUBE RADIATOR. 




Size Tubes 8 x 24, 192 Tubes, equal to 192 Square Feet of Surface. 
Outside Dimensions, Length 4 ft. S^ in., Width, 24K in. 

To our large assortment of Radiator Patterns we have recently added the size shown above 
to meet an increasing demand for a Radiator which, while having a larger amount of heating sur- 
face, would occupy comparatively little floor area. 

There are so many instances in which this is desirable, that the immediate popularity of the 
radiator is assured. It will be obser^^ed from the cut that the rows of tubes are arranged in groups 
of two, thus leaving a large provision for admitting air up through openings in the base, and 
rendering the inside rows of tubes nearly as efficient as those on the exterior. 

A stock of these, both plain and bronzed, is carried, from which immediate shipments can be 
made. 



Price, plain 

" bronzed 

Marble Top. extra, net. 



95.00 

110.00 

15.00 



We have also patterns for Radiators of special patterns as follows 



Price 



7 Tubes wide and 12 tubes long, the tubes arranged "Staggered," containing in all 81 tubes. 

40 . 00 



6 Tubes wide and 12 tubes long, with Open Base, containing in all 72 tubes. 



Price . 



,00 



NASON MANUFACTURING COMPANY, NEW YORK. 







NATIONAL DIRECT 

STEAM AND 
WATER RADIATORS. 



►n H E ^ ■ ^^"^ Dimensions, etc., see page 377. 

For List Prices see page 380. 



NATIONAL DIRECT 

SINGLE COLUMN STEx\M 

AND HOT WATER 

RADIATORS. 



For Lists of Dimensions, etc., see page 379, 
For List Prices see page 380. 




,.^ 



372 



NASON MANUFACTURING COMPANY, NEW YORK 




PEERLESS 

DIRECT STEAM 

AND 

WATER RADIATORS. 



For Dimensions, etc., see page 377. 
For List Prices see page 380. 



PERFECTION DIRECT 

STEAM AND 
WATER RADIATORS. 

For Dimensions, etc. . see page 378. 
For List Prices see page 380. 



'"'^m^: 



w -V 



NASON MANUFACTURING COMPANY, NEW YORK 



373 




NATIONAL 

FOUR-COLUMN DIRECT 

STEAM OR WATER 

RADIATORS. 

For Dimensions, etc., see page 379. 
For List Prices see page 380. 



ROCOCO DIRECT 
STEAM AND WATER 
RADIATORS. 

For Dimensions, etc., see page 376. 
For List Prices see pages 380. 



'-#1 



374 



NASON MANUFACTURING COMPANY. NEW YORK. 



^^ 




.^ «■"#"■ '^ 



ITALIAN FLUE DIRECT 

STEAM AND WATER 

RADIATORS. 



For Dimensions, etc., see page 377. 
For List Prices see page 380. 



DETROIT 

ORNAMENTAL 

FLUTED DIRECT 

STEAM AND WATER 

RADIATORS. 

For Dimensions, etc., see page 378. 
For List Prices see page 380. 




NASON MANUFACTURING COMPANY, NEW YORK. 



75 



*^:- 




IDEAL DIRECT 
STEAM RADIATORS. 



For Dimensions, etc., see page 376. 
For List Prices see page 380. 



DETROIT PLAIN 

FLUTED DIRECT 

STEAM AND 

WATER 
RADIATORS. 

For Dimensions, etc., 
see page 378. 
For List Prices see page 380. 



\ > 




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NASON MANUFACTURING COMPANY, NEW YORK. 



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NASOxN MANUFACTURING COMPANY, NEW YORK. 



PRICE LIST OF DIRECT -AMERICAN" STEAM AND 

WATER RADIATION. 

.PER SQUARE FOOT OF HEATING SURFACE. 



Height, inches. 



Verona Steam and Water (not illustrated) 

Perfection, Steam or Water (illustrated) 

Detroit Ornamental, Steam or Water (illustrated) .. 
Detroit Plain Fluted, Steam or Water (illustrated). . 

National, Steam or Water (illustrated) 

Ideal, Steam (illustrated) 

Peerless, Steam oc Water (illustrated) 

Excelsior, C, I. Top, Steam (not^ illustrated) 

National, Single Column, Steam or Water (illus.) 

Rococo, Steam or Water (illustrated) 

National, Four Column, Steam or Water (illustrated) 

Italian Flue, Steam or Water (illustrated) 

Monarch, Flue, Steam (not illustrated) _ _ 

Detroit, Flue, Steam or Water (not illustrated) 



45 



41 



38132 



31 



46 



26 



25 



49 



23, 



22 



20 



1. 14 

57 
57 
57 
57 
57 
57 

57 

57 

57 

57 



19 



57 - 



58 



58 



16 



15 



14 



62 



13 



66 



AMERICAN SPECIALTIES. 



Column 

Curved 

Corner 

Window , 

Stairway 

Direct-Indirect. 



Steam. 

.58 

.58 
3,80 

.16 

•34 

.20 



Water. 
,92 per section added to lists for Direc 



.92 

4,75 

•32 

.20 



per Radiator 
per Section 



Radiators. 



TAPPING LIST. 

Unless otherwise ordered, " American Direct Steam and Water Radiators '* are tapped 
as follows: 



One Pipe Work. — radiators containing 

24 square feet and under .1 inch. 

Above 24, but not exceeding 60 feet.i}^ " 
Above 60, " " ioofeet-i,V2 " 
Above 100 square feet 2 



Two Pipe Work. — radiators containing 

48 square feet and under ..i x % in. 

Above 48, but not exceeding 96 ft. 1 3^x1 in. 
Above 96 square feet ij^xji^^ in. 



HOT WATER.— tapped for supply and return. 

Radiators, containing 40 square feet and under _ i inch. 

Above 40, but not exceeding 72 sq ft- 1 ^ inch | Above 72 square feet ji^ * 



Note — Special tappings can be furnished when desired. 



GENERAL AND PRACTICAL 



INFORMATION 



PERTAINING TO 



Steam and Hot Water Heating 



COMriLED BY 



NASON MANUFACTURING CO. 

FROM THE WORKS OF 

BALDWIN'S STEAM HEATING FOR BUILDINGS, 
HOOD'S HOT WATER HEATING, 

BOX'S PRACTICAL TREATISE ON HEAT, 

HASWELL'S ENGINEERING MANUAL, 

ANl? MANY OTHERS. 



382 NASON MANUFACTURING COMPANY, NEW YORK 



A.MERICAN PRACTICE OF WARMING BUILDINGS 

BY STEAM. 



" The application of steam to the warming of buildings in the United States originated with 
the late Mr. Joseph Nason. He was not only the first to make the attempt, but also the origina- 
tor, improver and adapter of much that is essential and now implicitly followed in the general 
arrangement and details of the apparatus employed. His earliest endeavor in America was 
to adapt the Perkins system of hot water inside small tubes tor meeting the severity of that 
climate. The large extent of warming surface and the great strength presented by steam appa- 
ratus constructed of small and comparatively inexpensive wrought-iron tubes, and the facility 
thereby afforded for transmitting heat in any direction from a central source, are merits which led 
to so rapid a development of this system of warming, that by i860, or in less than 20 years, there 
were already many hundred establishments throughout America for the manufacture of the 
apparatus. 

With the maturing of this system was associated the name of Mr. James J. Walworth, of 
Boston, brother-in-law and partner of Mr. Nason." — Froma paper by'^o^^^T Briggs, M. Inst. C.E. 



The 7iietJiod of %var7ning buildings by stea?n depends upon the rapid condensation of steam 
into water when admitted into any v^essel which is not so hot as itself. At the moment of 
condensation the latent heat of the steam is given out to the vessel containing it, and thus dif- 
fuses the heat to the surrounding space. 

A low-pressure gravity apparatus is the most healthful, economical, cleanly and perfect 
heating appliance known, and may be constructed to heat a single room or the largest building 
with a uniformity which cannot be attained by any other means. 

A gravity apparatus is one without an outlet whose circulation is perfect, wasting no water 
and requiring no mechanical means for returning the water of condensation to the boiler. It has 
been very properly likened unto the circulation of blood in the human system. 

This form of apparatus is extensively employed in warming private houses, churches, schools 
and other public buildings, with very satisfactory results. Its chief merits are, its safety, noise- 
jessness, the ease with which it is managed, the low and uniform temperature of its surfaces, and the 
positive return of the water of condensation to the boiler under all conditions. 

A Low-Pressure Gravity Circulation Apparatus consists of — 

The Boiler with its various attachments for the automatic regulation of its draughts and 
pressures. 

Main Steatn Pipes arid Risers for conveying the steam to the various parts of a building to be 
warmed, and the corresponding return risers and mains for the return of condensation to the 
boiler. 

Relief Pipes for relieving the mains and risers of the water of condensation and for equalizing 
the pressure throughout the apparatus. 

Radiators or other heating surfaces for the several rooms to be warmed, with their necessary 
valves and connections. 

There are three systems by which the steam may be communicated when desired. 

ist. By direct radiation, consisting of Radiators as illustrated on pages 356 to 359, or other 
surfaces placed within a room or building to warm the air and maintain its temperature. This 
system is not connected with any definite method of ventilation. 

2d. By direct-indirect radiation, embracing radiating surfaces placed within or partly within 
, the several rooms to be warmed, in direct communication with some system of ventilation. The 



NASON MANUFACTURING COMPANY, NEW YORK. 38^ 

heaters are usually placed on outside walls or under windows, to which air is admitted through 
ilues from outside the building. They warm the air again and again, and also all that is admitted 
for ventilation. This form of heater is illustrated on pages 360 to 364. 

3d. By indirect radiation, embracing all heating surfaces placed outside the rooms to be 
warmed, and can only be used in connection with some system of ventilation. This form of 
surface warms only the air that passes into a room, and has to raise the temperature of all the air 
admitted to that necessary to maintain any desired temperature, and make up the loss by ventila- 
tion. This surface is generally divided into many parts and placed near the lower ends of vertical 
flues leading to the several rooms to be warmed. For this method of surface a building should 
be arranged especially with some definite system of flues sufficient to change the entire air of an 
apartment at least once in an hour. 

There are five systems by which a building may be furnished with circulation pipes for a 
steam apparatus. 

1st. With main steam pipes and risers, with accompanying return pipes When properly 
constructed and with pipes of sufficient area, this method will work satisfactorily at any pressure, 
and is the system usually employed in large buildings. 

2d. With 7nain steam pipes and risers, with accompanying return main and with separate 
return risers for each coil or heater. These several return risers must not connect with each other 
except below the water line of the boiler. When properly constructed this method will be perfectly 
noiseless and the air in the pipes is readily disposed of. This system should always be used in 
private houses and in buildings where extremely low pressures are employed. 

3d. Main steam pipes and risers with corresponding return mains, but without separate return 
risers, the steam risers conveying the water of condensation back through a relief to the main 
return pipes on floor of basement. 

4th. A single pipe syste?n in which there is but one steam pipe run from the top of the boiler 
and thence vertically to the several radiators which it is to supply — single branches being taken 
off for each The water of condensation returns through these to the steam pipe, and consider- 
able pitch is necessary to insure the water returning against the steam current. 

This system is not advised except where the distances to be run horizontally are small and 
the radiating surfaces standing nearly in a line above the other. 

5th. A single pipe for every heater runs direct from the top of the boiler, rising continuallj' 
toward the heaters, and with sufficient area to allow the steam to rise to the heaters, while the 
water of condensation is returned through the same pipes to the boiler. This system is identical 
with that described in No. 4, except that the steam supply pipe being sub-divided there is less 
difficulty likely to occur from conflict of the currents of steam and water of condensation. 

By systems Nos. 3, 4 and 5 a slight saving in the first cost of the apparatus is made, consisting 
of a return line of piping, and rendering necessary but a single valve for each of the heaters: These 
systems are not, however, recommended except for very small apparatus. 

The low pressure gravity apparattis depends for a circulation on the difference of level of 
water in the return riser and the boiler without regard to the steam pressure in any part of the 
distributing pipes, but the maximum pressure of steam carried must never exceed the equivalent 
of a difference in the level of the water between the water line of the boiler and the lowest point 
of the distributing main. 

To return the water of condensation in the apparatus directly to the boiler under all condi- 
tions of pressure, the main pipes must be large enough to maintain the pressure of the boiler to 
within one pound in every part of the apparatus, and the water line of the boiler should be not 
less than four feet from the bottom of the horizontal main at its lowest part, though somewhat 
less difference in level can be used with safety, provided a less difference of pressure is carried 
between the flow and return mains. 

STEAM BOILERS.— Boilers for steam warming should have few parts and be as simple 
in their construction as it is possible to make them. They sho".ld admit of easy access for clean- 
ing and repairs, and be capable of e^^aporating as much water as tne pipes can condense in equal 
times. The most economical size is a medium one, and a departure therefrom occasions a loss 
of effect, a very large or small boiler giving less duty for fuel consumed 'han a medium size 



384 NASON MANUFACTURING COMPANY, NEW YORK. 



properly proportioned to the work to be done. Boilers are recommended that have the largest 
amount of direct fire surface with a minimum of indirect surface, as it is desirable in house heating 
to have slow combustion in order to reduce as much as possible the necessary attendance. 

The form of boiler as illustrated on page 344 is specially commended as possessing the 
important features necessary for the economical generation of steam. It will be noticed that every 
part of its surface is in direct contact with the gases of combustion, while its proportion of heating 
surface to grate is larger than in any other form in general use, being 38 feet to i of grate, or 25 
per cent, greater than in any other form now in the market. 

To Estimate Size of Boiler. — For boilers of moderate heating surface, such as 
have been in general use for house warming, the ordinary method of estimating the size of boiler 
to be used has been, first, to obtain the amount of steam likely to be condensed by the radiating 
surface, and from this adapt the boiler accordingly. 

Economy is, however, chiefly obtained by so proportioning the boiler that for every square 
foot of grate area there should be the largest practicable amount of heating surface over which 
the flame and smoke are to be passed and cooled on their way to the flue. It is obvious that the 
more nearly the gases are cooled to the actual temperature of the boiler before being ejected, the 
less heat is lost and the greatest number of heat units retained for each pound of coal burned. 

It has been found by actual experiment that vertical tube radiators emit about 2)^ heat units 
per square foot per hour for each degree difference between the temperatures of the pipe surface 
and the surrounding air; so that with pipe surface at 212 degrees and the air at 70, their difference 
in temperature would be 142 degrees. This, then, multiplied by the above 2j^ units, gives an 
emission of 318 heat units per hour per square foot of surface. 

There are approximately 1,000 heat units in a pound of steam, and hence each square foot of 
surface would condense about .31 lbs. of steam per hour. 

In practice like the above, where the boiler surface is deficient and the products of combustion 
pass to the chimney at a higher temperature than they should, one square foot of boiler surface will 
evaporate approximately 2^^ lbs. of water per hour, and 2^^^ lbs. divided by .31 gives a ratio of i 
square foot of boiler to about 8 square feet of radiating surface in the apparatus. 

Grate Surface, — In house boilers, as usually constructed, where the above evapora- 
tion of 23^ lbs. of water to the square foot of boiler surface per hour is obtained, the ratio of 
surface to grate is about as 20 or 25 to i ; and estimating a coal consumption of say 8 lbs. per 
hour, with an approximate effect of 8 lbs. of water to each pound of coal, their evaporation per 
square foot of surface will be: 8 X 8 = 64 -r- 25 == 2.6 lbs, of water per square foot per hour. 

In the '^Equator'' Boiler, as illustrated on page 344i an abrupt change from the old propor- 
tion of surface to grate has been made — the object being to obtain from the products of combus- 
tion as large an amount of heat produced by coal consumption as possible For the purpose of 
comparison we will assume that the amount of coal to be consumed per square foot of grate per 
hour in this boiler is the same as in the above instance cited, viz., 8 lbs. 

By the Equator boiler having the large proportion of surface to grate of about 38 to i, it is 
obvious that while the temperature of the escaping gas into the flue will be lower, the actual 
number of units of heat absorbed by the whole average surface will be less per square foot. 

The whole number of feet, however, being greater, the net saving is higher. 

The result of this extension of boiler surface is to raise the evaporation from each pound of 
coal burned from 8 lbs. of water to 10 — estimated at 212 degrees water to 212 steam. 

Comparing this with the previous statement as to evaporation per square foot of surface per 
hour, we have 8X8 = 64-7-25 = 2.6. The same reasoning with the Equator gives us: 
8 X 10 = 80 -j- 38 is equal to 2.1 lbs. of water only per square foot of surface per hour. 

By comparing these we have in the case of the ordinary boiler 2.6x25 as against 2.1x38, 
giving 650 effective units retained by the ordinary boiler, as against 798 in the Equator, or t7uenty- 
two per cent, saving. 

The consumption of fuel per square foot of grate, under ^^onditions as usually found in private 
bouses, with apparatus arranged to work automatically and run with an accumulation of ashes, 



NASON MANUFACTURING COMPANY, NEW YORK. 3S5 

ivill be from five to eight pounds per hour, while with larger boilers fired regularly and with 
ordinary good draught, ten pounds will form a fair average. 

The chimney must be capable of passing sufficient air for the largest consumption of fuel likely 
to be used, less air will not answer, while more will do no harm. Its area should be about 18 
Square inches for a boiler consuming each 12 lbs. of coal per hour, or about ij^ square inches per 
pound of coal consumed. An 8x12 chimney is the smallest that should be built in a house for a 
heating apparatus. 

Safety Valves, — These should always be of sufficient area to allow the greatest quantity 
of steam ever likely to be formed to escape freely. 

A formula for finding the size of safety valves is to divide the pounds of water evap orated 
per hour by 150 for required area of valve in square inches. 

Damper Regulators, water feeders, gauge cocks, and other boiler attachments are so famil- 
iar and their uses so well understood and appreciated that further comment is not necessarv here. 

MAIN STEAM PIPES, RISERS, Etc.— Nearly all the success of an apparatus depends 
on its steam mains, their sizes and how they are run. They should always be of liberal dimen- 
sions, depending on the pressure of steam used and the extent of the surfaces employed. A low 
pressure gravity apparatus requires the largest pipes, though it may be stated that what will answer 
:or such work will answer equally well for any other form of apparatus. The main steam pipe 
should be taken at once from top of boiler as high as may be convenient, so that its level may be 
as far above the water line of the boiler as possible. The main valve should be placed in its 
highest part, so that condensation may not find lodgement on either of its sides. 

The pitch of a main steam pipe should drop slowly as it recedes from the boiler, say "^ inch in 
10 feet, so that the steam and water may flow in the same direction. The return main should be 
pitched toward the boiler at about the same inclination. 

All main steam pipes and steam risers should be connected at their lowest levels by relief 
pipes run to or connected with the main return pipes, or to the return risers below the water line 
in the boiler, to take from them any condensation that may be formed. These relief pipes also 
serve to equalize the pressure throughout the apparatus, or the return lines may be all run below 
the water line of the boiler, in which case the connecting lines spoken of are unnecessary. 

From the main supply pipe, risers are taken and run to the several parts of the building to be 
warmed, provision being made between the floors, in placing outlets, for their due expansion. 
The mains should not be taken too near walls up which risers run, as scarcely anything can with- 
stand the expansion of iron, which in 100 feet and heated to a temperature due to 100 pounds 
pressure amounts to 23 inches. 

The Steam Risers should be large for low pressure steam. The general practice is to 
reduce one size for each floor, though they should never be less than ^ in. 

Return Risers convey the condensation from the radiating surfaces in the various apart 
ments to the return main pipe which communicates through a check valve (which may or may 
not be used) back to the boiler. 

Return Pipes are usually run one size less than the feed pipes, and never less than ^' 
inch, nor less than \^ the diameter of the feed pipes. A thorough drainage of steam pipes may 
always be depended upon as a means of preventing cracking or pounding noises. 

When automatic air valves are employed, a %-inch pipe should be arranged, with outlets to 
each floor, for connection to the radiating surfaces, and should extend to and connect with the 
sewer pipe outside of all traps 

There is no fixed rule for determinin'g tne sizes of pipes. In general practice, the area of the 
cross section of a i inch pipe — .7S54 square inches — is taken as a unit in the rating of steam pipes. 



NASON MANUFACTURING COMPANY, NEW YORK. 



and the area of a I inch pipe in the main at the boiler to each loo square feet of lieating surface, 
mains included, has been accepted by steam fitters as the result of best experience. 

Sizes of Main Steam and Return Pipes. 

Radiating surface in square Size of steam Size of return 

feet to be supplied. pipes. pipes. 

125 i^ 1 

12510200 13^ il^ 

200 to 500 2 i}^ 

500 to 1000 2^/2 2 

1000 to 1500 3 2}y^ 

1500 to 2500 3^4 3 

When mains and surfaces are very much above the boiler, the pipes need not be as large as 
given above, under very favorable circumstances and conditions a 4 inch pipe may supply from 
2,000 to 2,500 feet of surface, a 6 inch pipe for 5,000 feet, and a 10 inch pipe for 15,000 to 20,000 
feet if the distance of run from boiler is not too great. Less than ij^ inch pipe should not be used 
horizontally in a main unless for a single radiator connection. The return sizes named are large 
enough in ordinary pipe work, though when horizontal pipes with many fittings are used they 
should be of the same diameter as the steam pipes. 

Generally, when condensation is returned to the boiler by gravity, the diameter of mains 
should be equal in inches to one-tenth of the square root of the radiating surfaces used in square 
feet; thus a i inch pipe will supply 100 square feet of surface, or with goo square feet of surface 
the supply pipe should be. vgoo=^ 30 -i- 10=3" diameter. 

The areas of pipes increase rapidly with each increase of their diameters, circular pipes being 
to each other as the square of their diameters When a pipe has its diameter doubled, its surface 
is likewise doubled, while its area is increased four-fold. The increase of the area of pipes for 
each inch of increase of their diameters is an arithmetical progression whose common difference 
is 2, the first term being i. 

A small pipe has very much greater surface, compared to the volume of steam or water con- 
tained, than a large one. Experiments have shown that the units of heat given off by a square 
foot of surface are for large diameter horizontal pipes (say 2}?4," to 4"), i}{, while in vertical tube 
radiators 2}{ units are emitted per hour per degree difference between the temperature of the 
pipe and the ambient air. 

Expansion and Contraction. — Scarcely anything can withstand the expansion of iron. It 
expands from 32° to 212°, about ^^^ of its length, which in 100 feet equals i^ inches. The 
expanding power of a 2" pipe when heated to a temperature of 100 pounds steam, or to 338°, 
exerts a force sufficient to move 25 tons. 

Cast iron expands y § qVo"^ ^^ ^^^ length for each degree Fahr. it is subjected to within ordinary 
limits while in its solid state. 

Wrought iron expands jg^-Vuo Q^ its length for each degree Fahr. To find the expansion of 
a line of pipe, multiply its length in inches by the number of degrees of temperature applied and 
divide the product by 154,000 for required expansion in inches; thus 100' X 12"= 1200 X 338° = 
405600 -T- 154000 = 2. 7 inches. 

Special attention, then, must be given to the expansion and contraction of pipes and allowance 
made for it. Pipes and branches must be unconfined, especially in the direction of their length. 

Expansion Joints should not be used if the expansion can be compensated for in any other 
way. In private houses they can be avoided by making right angle turns, etc. 

RADIATORS are made in a variety of forms and generally of wrought and cast iron. Their 
measure of eflSciency, as transmitters of heat, is the weight of steam they will condense to water 
in equal times. From experiments and tests that have been made by experts of unquestioned 
character it has been proven beyond all question that radiators constructed of wrought iron tubes 
— possibly because of their thinness of metal as compared with that of cast iron surface — is very 
considerablv the more efficient. 



NASON MANUFACTURING COMPANY, NEW YOF K. 3S7 



The Nason form of Vertical Tube Radiator was invented by Mr. Joseph Nason about i860, 
and has been in constant service since that time, giving positive satisfaction under every condition 
possible to warming apparatus. They are still the leading and most efficient form of surface to 
be had. They are made in a large number of sizes and forms, as is shown on pages 353 to 370. 

Radiators should be proportioned to the cooling surfaces in a building and to the quantity of 
fresh air admitted into an apartment for the purpose of ventilation. Heat has the remarkable 
property of passing through moderate thicknesses of air and gases without appreciable loss, so 
that air is not warmed by radiant heat but by contact with surfaces that have absorbed the radia- 
tion. 

Table showing the powers of different substances for transmitting heat: 

Window Glass 1000 

Oak or Walnut 55 

White Pine gQ 

Pitch Pine , jqq 

Lath or Plaster 75 to 100 

Bricks, rough 200 to 250 

Bricks, whitewashed. 200 

Granite or Slate 250 

Sheet Iron X030 to mo 

A square foot of glass will cool 1.279 cubic feet of air from the temperature inside to that 
outside per minute, and outside wall surface is generally estimated at one-fifth of the rate of glass 
in cooling effect. 

It is very difficult to lay down a fixed rule for apportioning radiating surface to cubical con- 
tents of space, there are so many conditions of position and exposure which must be taken into 
consideration in determining relative proportions; and again, it is evident that the amount of sur- 
face necessary for a well constructed building would not be sufficient for a poorly constructed one. 

The cubical contents of a room have but little to do with the surface required, still it may 
be considered a convenient factor for rough calculations, and the ordinary rule of thumb method, 
often used, is to take the product of the length, breadth and height to equal space contained; 
mark off the two last figures and call it square feet of surface required, adding for exposed or 
corner rooms 15 to 30 per cent. For low pressures— 2 to 5 lbs.— as much as 100 per cent, is 
sometimes added, according to size and position of rooms and the purposes for which they are 
intended. 

The ioWoWvcvg fortnula for estimating surfaces is recommended : 

Add together the square feet of glass, plus the cubic feet of air required to be changed per 
minute, and one-twentieth of surface of outer walls. Multiply this sum by the difference between 
the temperature inside and outside of building, and divide the product by the difference between 
the temperature of the pipe surface and the required temperature of the air inside, for the surface 
required in square feet. 

One square foot of surface will heat from 40 to 100 cubic feet of space to 75° in — 10° latitudes. 
This range is intended to meet conditions of exposed or corner rooms of buildings, and those 
less so as intermediate ones of a block. As a general rule, one square foot of surface will heat 
70 cubic feet of air in outer or front rooms and 100 cubic feet in inner rooms. In large stores in 
cities with buildings on each side, i to 100 is ample. 

Table of approximate proportions of radiating surfaces to cubic capacities to be heated. 

One square foot In dwellings, In halls, stores, In churches, large 

radiating surface school rooms, lofts, factories. auditoriums, 

will heat offices, etc. etc. etc. 

By direct radiation 60 to 80' 75 to 100' 150 to 200' 

By indirect radiation 40 to 50 50 to 70' 100 to 140' 

Isolated buildings exposed to prevailing north or west winds should have a generous addition 
made to the heating surface on their exposed sides. 



388 NASON MANUFACTURING COMPANY, NEW YORK. 



The best positions for radiators are where most cooling is done, — before or unJeJ" the win- 
dows or on the outside walls. Where there are many windows the surface should be divided into 
a number of radiators. 

Radiator Connections are usually of the following size: 

For 30 feet of surface, Inlets should be |4^", and Outlets ^" 
" 60 " " I " ^ 

" 100 " " \\i " I 

" 150 " •' ly^ " iK 

When separate feed and return pipes are used on radiators, steam and return valves are necess«rv 
These valves should never be half opened, and if possible they should be operated together. 
When operated separately, the return valve should be the first closed and the steam valve the 
first opened. 

Air Valves are usually placed high up on one of the pipes nearest the return end of a 
radiator. 

VENTILATION.— In the warming and ventilation of buildings, the entire process, what- 
ever expedients may be adopted, is dependent upon the expansion and contraction of air ; or, in 
other words, upon the fact that air which has been heated or expanded ascends, and air which has 
been deprived of heat or contracted descends. 

Ventilation is the art of causing air to pass through any place for expelling impure air, or 
dissipating noxious gases or vapors, so that no portion of air shall be breathed twice in the same 
place. From every heated surface a current of heated air is constantly rising ; and so all surfaces 
for warming should be placed as near as possible to the floor, since radiated heat has very little 
effect upon the air below the level of the surface from which it is projected. 

An average person requires about one cubic foot of oxygen per minute, or say five cubic feet 
of common air for respiration. 

Warmed fresh air flues should be in or near the outside walls, and foul air flues should be ir. 
the inner walls near the floor and ceiling, with register valves so as to use either or both, as 
necessary. 

The velocity of air in heated flues with only natural draught rarely reaches 8 feet per second 
under any conditions, and 2, 4 and 5 feet respectively are fair averages of velocity for first, sec- 
ond and third floors of a house. 

To find time for changing air in a room of known cubical contents through a flue of i square 
foot cross section, multiply the velocity of the air through the flue in feet per second by 60 and 
divide the product into the cubical space of the room ; thus, with velocity of 5' per second equals 
300 feet per minute^ divided into cubical space of room, say 4,000 cubic feet, equals 13.3 minutes. 

A natural current of air is from 2 to 5 feet per second. A 12" flue in a wall will deliver about 
10,000 cubic feet of air in an hour on second floor of an ordinary building, and about one-half as 
much to the first floor, so that flues to first floor should be double the area of those intended for 
second floors. 

The same cause which produces draught in chimneys will, if conditions be favorable, 
set in motion and discharge vitiated air from rooms Air in chimneys when heated expands ac- 
cording to a law applicable to all gases — ^^^ of its volume for each degree Fahr. from 32" to 212° ; 
thus, in a chimney 10' high, if the air is heated 20° it would be expanded in volume -^^^ of 10 feet 
or .416 feet in height, and as the velocity of any falling body is= V 2gh, so the efflux of air 
is equal to 8 times the square root of the dift'erence in the height of 2 columns of air of the same 
weight but of unequal densities, so 8 y.4i6= 5.16 feet per second or 310 feet per minute. Thus 
is ascertained the ascensional force of a chimney draught, or the velocity with which heated air is 
forced through a flue or chimney. 

Ventilation is more difficult in summer than in winter, because the difference of two columns 
of equal weight is less in height, the difference in their temperatures being less, so that in summer 
the number or size of inlets and outlets must be increased and the same restricted in winter. 

Tredgold advised making the spaces for admission of air abundantly large, and divided much 
as possible, aggregating to double the areas in ceiling for its exit. 



NASON MANUFACTURING COMPANY, NEW YORK. 389 

Ventilation has by some been divided into two branches : plenum — forced by mechanical con- 
trivances, and vacuum — the air is drawn out by mechanical means, or through the agency of heat 
artificially excited, while fresh air finds an enti^ance through channels adapted to the purpose. 



A zvell arranged apparatus should be made to work at any pressure, and with its heating 
surface properly proportioned it can be made to meet the exigencies of fall, winter and spring 
weather by simply carrying a pressure suitable to the occasion. 

No heating apparatus is perfect unless it heats thoroughly at all pressures, unless the water of 
condensation runs back and into the boiler at all pressures, unless it is noiseless under all common 
conditions, and requires only ordinary attention as to fire and water. 

Where a stea77i engine is available and in daily use, the steam warming pipes of an apparatus 
may be supplied from the engine boiler, its dimensions requiring to be enlarged at the rate of one 
cubic foot for every 2,000 cubic feet of space to be heated to 70°. One square foot of boiler sur- 
face will supply 7 to 10 square feet of radiating surface, and each horse-power of boiler will sup- 
ply from 240 to 360 lineal feet of i-inch pipe, or from 80 to 120 square feet of surface. 

The rate of cojubustion under boilers should not exceed .3 pound of coal per hour per square 
foot of boiler surface, except when quantity of steam is more important than economy of fuel. 
Allowing 15' boiler surface to a horse power, the fuel necessary per horse power would equal 4.5 
pounds. With an evaporation effect of 8 pounds water per pound of coal, the evaporation per 
horse power would on this basis equal 36 pounds of water ; or divided by 15, each foot of boiler 
surface would equal 2.4 pounds of water evaporated. 

/;/ steam heating by the expansion system , or where steam is used expansively for heating, the 
steam is allowed to expand or blow through the pipes, and the quantity used in a given time must 
be sufficient to carry along the water of condensation which forms in the pipes during trans- 
mission. 

When scattered buildings are heated from one source, or where boilers are of necessity placed 
on the level of the radiating surfaces, the expansion system must be employed and the condensa- 
tion must be taken care of by steam traps. When it is desired to return this condensation to the 
boiler, we recommend the Return Trap, as shown on page 302 ; but when the condensation is 
allowed to waste, the Nason Trap as on pages 298 and 301 is by far the best form to be had, as 
it allows the water to cool to the lowest temperature before escaping. It is provided with a 
valve to hurry the circulation on starting the apparatus. Its action is intermittent, the frequency 
of discharge depending on the work it has to do. 

With high pressure stea?n allowed to expand through a building and condense through traps. 
very much smaller piping will answer. 

Very great waste of heat results from discharging into an open tank or into the atmosphere. 
Thus, one pound of steam requires about one thousand heat units, and same is given out in con- 
densation. When water is pumped into a boiler at 40°, 140° additional heat units are required to 
raise it to the temperature of returned water, and this is saved in a gravity apparatus, resulting 
in a saving of over I2}y2 P^r cent, of fuel. 

To estimate, pressure in inches of mercury, multiply the apparent pressure by 2.0376 for inches 
of mercury above the atmosphere ; thus, 10 lbs. X 2.0376 = 20.376" of mercury. For absolute 
pressure add 30", equals 50.37"'. 

To estimate volume of steam. Add 430 to the temperature of the steam, X 76.5 and -f- abso- 
lute pressure in inches of mercury ; thus, steam of 10 lbs. pressure has a tempt, equal to 
(240" -j- 430) X 76 5 -f- 50.37= ioi7=volume of steam compared to that of water at 39". 

To estimate weight of a cubic foot of steam at different pressures : Divide 1000 (weight in 
ounces of one cubic foot of water) by the volume for required weight in ounces ; thus, steam at 
40 lbs. has volume of 489 ; 1000 ^ 489= 2.05 oz. = weight of a cubic foot of steam. 

To estimate the number of cubic feet of steam a pound of water will produce at different 
pressures - Divide the we'ghtof a cubic foot of steam in ounces into 16 for the required number ; 
thus, I cubic foot of steam at 20 pounds pressure has a weight of 1.373 ^"d divided into 16 its 
weight equals 11.65 cubic feet of steam. 



590 NASON MANUFACTURING COMPANY, NEW YORK. 



Steam to heat water. — To estimate the quantity of steam required to raise the temperature 
of water any given number of degrees, subtract the lowest temperature of the water from the 
required temperature and divide the remainder by 1146, minus the required temperature of the 
water ; thus, to find the weight of steam necessary to raise the temperature of water from 75 '^ to 
190°: igo — 75 = 115-^(1146 — 190 = 957)= .12, or 12 per cent, of the weight of the water 
to be raised in steam. 

To find the weight of water a given weight of steam will heat, proceed as above after trans- 
posing the divisor and dividend; i. c, divide 957 by 115 = 8.32 times the weight of the steam will 
be raised 115". 



HOT WATER HEATING. 

THEORY OF CIRCULATION.-That all falling bodies gravitate with the same velocity 
and therefore descend through a certain definite space in a given time is an effect of which gravity 
is the cause ; by it the circulation of hot water is attained. This circulation causes all the water 
in an apparatus to pass successively through the Boiler and then communicates the heat received 
to the various apartments to be warmed. 

/// an apparatus fo)^ 7varniiug when heat is applied to a Boiler the water becomes lighter, and 
the water in the lower or return pipe of the apparatus being colder and heavier presses with a 
greater weight than in the Boiler. 

By means of this imequal pressure in the lower pipe the water is forced to circulate through 
the apparatus, and it will continue to do so as long as the water in the returns have a lower tem- 
perature than that in the Boiler and flow pipes, and as one is continually receiving heat while the 
other is as constantly parting with it an equality of temperature never can occur ; if it did the 
circulation Avould cease. So we find the circulation of water in an apparatus is caused by the 
unequal pressure in the "up" and " down" pipes, and is not the result of any alteration in the 
level of the water contained. 

A greater permaience of temperature may be obtained by hot water than by any other 
method, and it is also superior in its economy of fuel. 

The relative weight of steam and water at 212°, are about as i is to 1,640. So that a pipe 
filled with water at 212° contains 1,640 times the matter that it does when filled with steam. 
\Vhen the temperature of the steam falls below 212° condensation begins and continues until all 
its latent heat is abstracted, it then contains a heating power of an equal bulk of water or as 
quantity occupying yg jq' P^^^t of space the steam did. The specific heat of steam as compared to 
that of water is for equal weights as .305 is to I. Taking the latent heat of steam at 966"^ the 
relative heat from equal weights of condensed steam and water by reducing their temperatures 
from 212° to 60° is as 7.355 is to i, but for equal bulks it will be as i for steam to 280 for water ; 
therefore, steam will lose as much heat in i minute as the same bulk of water will lose in 4;'^ 
hours. 

The colder the water in the descending pipes as compared with that in the boiler, the more 
rapid will be the circulation through the pipes. 

The gravitating force of an apparatus is inversely proportioned to the temperature; that is, 
it is less as the temperature is greater. 

Provision must be made for the escape of air in the pipes, else no circulation can be had. 
Water while boiling evolves air, and when cooling it imbibes it again; and as air is lighter than 
water, it lodges in the high parts of the circulating pipes, and allowance must be made for its 
escape or for carrying it off. 

With closed boilers, pipes may be carried to any height, depending only on the strength of 
the material employed. The higher the ascending and descending pipes are run, the more rapid 
will be the motion of the water, because of the greater difference in their weights. 

The pressure by water is calculated by its columnar height reckoned from the bottom of the 
vessel, and this pressure on each square inch of surface increases at the rate of about .43 pounds 
for every foot of perpendicular height. 



NASON MANUFACTURING COMPANY, NEW YORK. 391 



Neither the principal nor practical working of an apparatus is in the least affected by having 
any additional pipes leading into or out of the boiler. The effect is the same with more flows 
than returns, and conversely. 

Increasing the number of vertical branches does not increase the pressure in an apparatus if 
the vertical height is not increased. 

Law of Velocity of Flow. — The motive power of the circulation in a hot water apparatus 
is the difference between the specific gravities of the ascending and the descending pipes. This 
effective pressure is very small, and is equal to about .73 grains for each foot in height for each 
degree difference between the pipes; thus, with a height of 12" in " up " pipe and a difference be- 
tween the temperatures of the up and down pipes of S\ the difference in their specific gravities is 
equal to 5.84 grains on each square inch of the section of return pipe, and the velocity of the cir- 
culation is proportioned to these differences in ternperature and height. 

To Calculate Velocity of Flow. — Thus, with a height of ascending pipe equal to 10' and a 
difference in temperatures of the flow and return pipes of S'', the difference in their specific grav- 
ities will equal 58.4 grains, or -=- 7000 =.008343 lbs., or X 2.31 (feet of water in one pound) = .0193 
feet, and by the law of fallingbodies the velocity will be equal to 8 V.0193 = 1 .116 feet per second, 
or X 60 =66. 9 feet per minute. In this calculation the effect of friction is entirely omitted. 
Considerable deduction must be made on this account. Even in apparatus where length of pipe 
is not great, and with pipes of larger areas and with few bends or angles, a large deduction for 
friction must be made from the theoretical velocity, while in large and complex apparatus with 
small head, the velocity is so much reduced by friction that sometimes as much as from 50 to 90 
per cent, must be deducted to obtain the true rate of circulation. 

Velocity Modijied by Areas of Pipe. — The motive power of the circulation increases with 
the size of pipe ; that in 4' being more than 4 times that in 2" which is the relation of their 
areas, but as areas increase faster tlian circumferences the larger the pipes the less their relative 
resistance. 

Friction of water in pipes varies according to their arrangement and size, being much greater 
in small than in large pipes, because of greater surface the water contained is in contact with and 
its increased circulation on account of its more rapid cooling. By increasing velocity the friction 
is increased nearly as the square of the velocity. 

Water loses less of its heat in small than in large pipes, since it travels more rapidly, and the 
loss of heat by water is directly as the time and the surface conjointly. 

To Increase Activity of Circulation. — There are two ways of increasing the effective or 
motive power, viz., by causing water to cool a greater number of degrees by transit through 
greater length of pipe or by exposing it to more surface in proportion to water contained in pipes, 
and second, by increasing the vertical height; this last is principally depended upon when additional 
power is required to overcome obstructions. 

If the circulation be doubled in velocity, the water will pass through the same length in half 
the time and lose only one-half as much heat, because the rate of cooling is not proportioned to 
the distance through which water circulates, but to the time of transit. 

Increased velocity is indicative of increased power, and in hot water apparatus it is increased 
velocity which overcomes unusual obstructions. 

Care must be taken in arranging pipes so that water in its descent may not be obstructed by 
differences of level or angles where air may accumulate, for this effectually prevents circulation by 
dividing the streams. 

Friction increases with velocity, but the latter is checked by friction, and so a mean rate is 
assumed. 

Flow Pipes, — All the flow pipes in an apparatus should have an upward pitch toward the 
heaters and the return pipes a downward one toward the boiler, in either case about i inch in 20 
feet will answer. 

Pressure in pipes does not aid circulation, because the back pressure always equals the pressure 
ahead. 



392 NASOX MANUP^ACTURING COMPANY, NEW YORK. 



Since diifference in the temperatures of the two columns is essential, the water should rise as 
much as possible directly it leaves the boiler while it is hottest and lightest, and do most of its 
tailing just before entering the boiler, when coldest and heaviest; and as the motive power at best 
is small, every advantage should be taken of it. Flow pipes should be covered to retain heat to 
point where they are to be used. With the return pipe it is equally important, as any loss of 
heat at this point reduces th^ temperature of the water entering the boiler. 

The advantage of conveying the water through ascending pipes from boilers is two-fold. It 
allows the freest escape for the air and steam, which prevent circulation, and also facilitates the 
circulation by increasing the actual and relative weight of the descending column. 

Horizontal Pipe. -The distance through which water will circulate in an apparatus is very 
considerable; the lin ' has not been ascertained, as the higher it rises above the boiler the greater 
distance it will circulate. Generally it is best to shorten circulations, and an apparatus will be 
more efficient if run through two or more short than through one long circulation; for while 
impediments are overcome by considerable differences in temperatures, the apparatus is most 
satisfactory when they do not differ widely. 

When a boiler is placed considerably below the pipes and other surfaces the circulation is 
sure to be rapid, and the circulation should be as short as possible to have but little difference in 
temperature of flow and return pipes; but when boiler is placed nearly on the level of the 
pipes it is often necessary to have greater differences in the temperatures, so as to secure a good 
circulation. 

Horizontal leading pipes require to be much larger in proportion to their branches than is 
necessary with vertical leading or main flow pipes, because the friction in an upward pipe is ex- 
ceeding small. 

Frequently pipes branching from an upright are required to circulate at different levels, as in 
the warming of several floors, then either one of two methods may be adopted. First, the mains 
are run to the highest level, and passing round such room descend to and circulate through each of 
the lower floors in turn, finally returning to the boiler; or each floor may have a separate range of 
pipes branching out of a main upright supply. By the first method the upper floors receive most 
of the heat, Avhile the lower ones warm slowly. In the second method, if the laterals are taken at 
right angles from the upright main, the whole of the water is apt to rise to the upper floor, be- 
cause of the rapidity with which water circulates in an upright pipe. This may be obviated by 
arranging checks or valves at the points of the lateral branches, or each floor may have a separate 
supply pipe rising directly from the boiler to each floor. 

Surface in Boilers. — The extent of surface which a boiler should expose to the fire should 
be proportional to the quantity of pipe to be heated, and a small apparatus should have more 
surface of boiler in proportion to length of pipe than a larger one, as the fire is less intense and 
burns to less advantage in a small furnace than in a large one. 

It is more economical to work with larger surface of boiler at moderate heat than to keep the 
boiler at its maximum temperature. 

Boilers for hot water apparatus should expose ihe largest surface to the fire in the smallest 
space. 

They should so effectually absorb the heat from the fuel that as little as possiole may escape 
by the chimney. 

They should allow the freest circulation of water throughout their entire extent. 

They should not easily get out of order, nor rapidly deteriorate by continued use. 

The Nason Boiler. — As meeting all the requirements of a first-class Hot Water Boiler, 
special attention is directed to the " Gulf Stream " Boiler as illustrated and described on page 34S. 
These are efficient, durable, and being provided with large fire surface, they are unusually eco- 
nomical in their consumption of fuel. The heating surface is so disposed that a large proportion 
of it is exposed directly to the fire, and the heat developed by combustion is thus more thoroughly 
absorbed than in any other form of boiler now on the market. 



NASON MANUFACTURING COMPANY, NEW YORK. 393 



The best forms of heating boilers are proportioned about as follows : 

I square foot of grate surface to about 40 square feet of boiler surface. 
I " " boiler " " 5 " " radiating " 

I " " grate " " 200 

Grates — In furnaces of considerable dimensions the fuel can be made to burn a much longer 
period without attention, as so intense a fire is not required as with a steam boiler, and when 
properly constructed they ought to burn for ten hours without replenishing. 

The size of grate should be proportioned to the surface which radiates heat in a building. 

Oombustion. — The consumption of fuel on any given area of grate must depend on the 
rapidity of the draught. 

In ordinary house-heating boilers, one square foot of grate will burn from 5 to 8 pounds of 
coal per hour, depending on the work to be done, and may be depended upon to supply requisite 
heat to about 175 to 200 feet of radiating surface. 

C/iimneys require an area, oi about 1.5 square inches per pound of c^al consumed per hour, 
or for boiler burning say 12 pounds of coal per hour, the area of chimney should be not less than 
18 square inches. 

Efficiency. — One pound of coal should add about g,ooo heat units to water in a boiler used for 
heating purposes. 

The quantity of heat obtainable by the combustion of any substance is fixed and determinate, 
depending upon the chemical composition of the substance ; this cannot be exceeded, however ad_ 
vantageously applied. It is also true that in no boiler yet made is it possible to render available 
the whole of the heat of the fuel, and the ratio as above stated is all that can be absorbed in gen- 
eral house-heating boilers. 

Of the several formtiliB which have been published for establishing the amount of surface 
necessary to warm a given volume, there is probably no more accurate method of getting at the 
result than that given by Hood, who works on the basis of the number of cubic feet of air which 
the radiation from the w^alls and windows in an apartment will cool per minute, added to the air 
necessary for ventilation. 

The specific heat of water being i and that of air .238, and taking water as Soo times heavier 
than air, at equal volumes i cubic foot of water in losing i degree of its heat will raise the 
temperature of .||f = 3361 cubic feet of air i degree. 

He has found by experiment that i square foot of glass will cool 1.279 cubic feet of air as 
many degrees per minute as the temperature inside exceeds the external temperature. He further 
finds that the radiation of external walls in the building gives only about one-twentieth the above 
loss by radiation. 

He also states that water contained in iron pipe, with its temperature 146.8 degrees above 
that of surrounding air, will lose i degree per minute of its temperature, and that i square foot 
of radiating surface, theoretically, will heat, with 146.8 degrees of temperature above that of the 
surrounding air, about 250 cubic feet of air per minute. 

Bearing these facts in mind, his formula for estimating the surface necessary to heat any 
given room is, to ascertain, first: The number of square feet of Avindow surface. Multiply this 
by I 279. Second — Ascertain the amount of cooling wall surface. Multiply this by 1.279, divided 
by 20. Then the sum of these tvy^o figures will give the number of cubic feet of air which have to 
be heated as many degrees per minute as the temperature inside exceeds that without. 

To this should then be added the number of cubic feet of air required for ventilation for each 
occupant of the room — which should not be less than 5 cubic feet per minute for each individual. 

Having thus obtained the number of cubic feet of air to be heated, the method of ascertain 
ing the amount of surface necessary to warm it is as follows: 

Multiply 146.8 by the difference between the required temperature of the building and that of 
the external temperature: dividing this product by the difference between the temperature of the 



3 94 



NASON ^lANUFACTURING COMPANY, NEW YORK. 



radiating surface and the required temperature of the building. This result multiplied by the 
cubic feet of air to be warmed per minute and then divided by 250 will give the required feet of 
surface necessary to obtain the temperature desired. 

As an instance, we will take a room 10 feet cube, having two windows in it. each containing 
18 square feet of glass, or 36' together; and two sides of the room are to be exposed to exterior 
cooling influence; or 200' — 36' = 164' of cooling wall surface, we now have 36' X 1.279 = 46 

164 X I 279 

feet. Again == 8 feet, making 46 + 8 = 54 cubic feet of air to be heated. To this 

20 

we will add 5 cubic feet of air per minute for, say, 2 people = 10 feet, which, added to our 54, 
gives us 64 cubic feet of air per minute as the whole quantity to be heated. 

We will assume that the temperature of the outside air is zero ; the desired temperature of 
the room 70°, and the temperature of the heating surface 200 degrees. From Hood's formula for 

146.8° X 70° 64 

heating air we have then : X = 20 square feet heating surface, or a ratio of i 

200° — 70° 250 

square foot of heating surface to 50 cubic feet of volume, which is evidently a fair approximation. 

Until the air of a building is heated to its maximum temperature the glass surface will cool 
proportionately less air, as the cooling power of the glass is in exact proportion to the difference 
between the internal and external temperatures. 

One square foot of plate or pipe surface at 200^ will heat from 40 to 100 cubic feet of enclosed 
space to 70° — when extreme depression of temperature is — 10". This range is to meet conditions of 
exposed or corner rooms or buildings and of those less so. When air is constantly changed as 
for ventilation these proportions must be increased. 

Approximate Proportions of Radiating Surfaces to Cubic Capacities of Space to be 

Heated. 



One Square Foot of Radiating 
Surface will heat with 



High Temperature Direct } 
Hot Water Radiation. . \ 

Low Temperature Direct [ 
Hot Water Radiation. . j 

High Temperature Indirect } 
Hot Water Radiation. . . f 

Low Temperature Indirect \ 
Hot Water Radiation. . . \ 



In Dwellings. 

School Rooms, Offices, 

Etc. 



50 to 70 cubic feet. 
30 to 50 " 
30 to 60 " " 

20 to 40 " " 



In Halls. 

Stores, Lofts, Factories, 

Etc. 


In Churches, 

Large Auditoriums, 

Etc. 


65 to 90 cubic feet. 


130 to 180 cubic feet. 


35 to 65 " 


70 to 130 " " 


35 to 75 " 


70 to 150 " ' • 


25 to 50 " 


50 to 100 " " 



The above proportions will give a temperature in the buildings described of 70° Fahr., 
thermometer being at zero in outside atmosphere. 

Small rooms, rooms with large window surfaces, and with exposed walls and cold aspects, 
and unusually thick walls and fire-proof tile ceilings and floors, will require more radiating surface 
in proportion to space than is ordinarily needed. Frame buildings require more surface than 
brick buildings. 



NASON MANUFACTURING COMPANY, NEW YORK. 39: 



There is no advantage gained in using boilers containing a larger quantity of water than 
is required for the work to be done. The boilers are always full, the lower pipe bringing the 
supply of cooled water as fast as the ascending pipe carries off the warmed water. 

\Vhen the water in an apparatus has been raised to the temperature at which it is desired to 
run it, no more fuel is necessary to maintain it at this point if the boiler, circulating mains and 
radiators contain a large volume, than if a small quantity. 

It is desirable, however, that the cubic feet of water in an apparatus should be small, for the 
reason that in first heating it more fuel is required to bring it up to the desired point, and in cool- 
ing, an excess of heat may have to be used before the temperature falls to where it is wanted. 

All radiators should be placed as near the cooling surfaces — the windows and outer walls — as 
possible, to prevent currents of cool air across the floors. The kind of radiator is not important, 
provided proper provision is made for the expulsion of all the air and for free circulation of the 
water. Wrought iron pipe coils are considerably more effective than cast iron radiators, though 
not so convenient for use in residences. For the latter cast iron radiators are recommended. 



Valves and Connections. — Every radiator or coil should be provided with a valve, which 
may be placed either on the flow or return pipe, for controlling the circulation and regulating the 
amount of heat given out. 

All radiator and other valves in the circulating system should be " Gate" or similar valves, 
having full openings to permit the free passage of the water. 

Air cocks must be placed at the highest point on all radiators or coils to permit of the escape 
of air when the system is filled, or the admission of air when the system is to be emptied. 

Sizes for Radiator Connections. 
i" will supply a radiator containing 50 square feet of surface. 

i>4" " " " •' 125 " " • 

13^" " " " " 250 - " 

2" '< " <« " 400 



Sizes of Mains. — All piping should be laid out with reference to the free passage of the 
water in the pipes, which will be aided largely by the use of " Y's, " 45^s and long bends, instead 
of elbows, tees, etc. 

Friction in the pipes hinders circulation, and for this reason no smaller pipes than 9^ " should 
be used. 

Main flow pipes from the heater, from which branches may be taken, are to be preferred to the 
practice of taking off nearly as many pipes from the heater as there are radiators to supply. 

It is not necessary that the main flow and return pipes should equal in capacity that of all 
their branches. The hottest water will seek the highest level, while gravity will cause an even 
distribution of the heated water if the surface is properly proportioned. 

It is good practice to reduce the size of the vertical mains as they ascend, provided they are 
connected to radiators just below where each reduction is made. 

As with steam, so with hot water, the pipes must be unconfined to allow for consequent ex- 
pansion of the pipes on having their temperatures increased. 

An expansion tank is required to keep the apparatus filled with water, which latter expands -^-^ 
of its bulk on being heated from 40° to 212°, and the cistern must have capacity to hold certainly 
this increased bulk. It is recommended that the supply cistern be placed on level with or above 
the highest pipes of the apparatus, in order to receive the air which collects in the mains and radi- 
ators, and capable of holding at least -^^ of the water in the entire apparatus. 

There are two distinct forms or modifications of hot water apparatus, depending upon the 
temperature of the water. 

In the first or open tank system the water is never above 212' temperature, and rarely above 
200°. This method always gives satisfaction where the surface is sufficiently liberal, but in mak- 
ing it so its cost is considerably greater than that for a steam heating apparatus. 

In the second method, sometimes called (erroneously) high pressure hot water heating, of 
the closed system apparatus. 



396 NASON MANUFACTURING COMPANY, NEW YORK. 

. This form need not be high pressure. For ordinary steam heating a higher pressure than lo lbs. 
is rarely used, and with no thought of danger. In a hot water apparatus with closed system and 
with a safety valve set to discharge at a pressure of lo lbs. on the expansion tank, there would be 
no kind of danger to be feared; its temperature would be about the same as with lo lbs. 
steam, and the surfaces of boiler and radiators and other proportions would not require to be 
any larger nor more costly than a steam apparatus, while it would be quite as effective. 

" Thermus," in a recent issue of the Engineering and Building Record, says: " In a hot water 
apparatus up to 212° we may say we have no pressure, being only under the pressure of the atmos- 
phere without, thus made equal. The power to burst things commences at the atmospheric press- 
ure and counts therefrom. Therefore, up to 212° the walls of an apparatus are not strained; be- 
yond this, to increase temperature we must increase the pressure, and must have a closed tank 
for compressed air or steam or a head of water equal to the pressure desired. Up to 300^ the 
pressure is not dangerous, as with properly proportioned tank the pressure cannot exceed 52 lbs. ; 
beyond 300^ the pressure advances rapidly. " 

There are in a winter season seldom more than eight or ten days when the temperature de- 
scends to below zero, and at such times an apparatus suitable for ordinary weather can by means 
of a moderate increase in the temperature of its water and pressure (say up to 10 lbs.) be made to 
meet the requirements of increased heat that may temporarily be needed. It is indeed strange, in 
view of the above statements, known to all engineers familiar with house warming, that there 
should exist such an aversion to this closed tank system. \Ve have erected a large number of 
such during the past thirty years, and have yet to meet with a first complaint as to its satisfactory 
service. 

Water that has been boiled freezes sooner than water that has not been boiled. 

When salt water is used in an apparatus the effect produced on cast or wrought iron pipes and 
boilers by 10 per cent, of salt in solution would not be of much importance, although m process of 
time the apparatus would corrode in some degree. After an apparatus is once filled with salt 
water any waste that occurs should be replaced by fresh water. 

The larger the quantity of salt in water the greater is the degree of cold required to freeze it. 
Water containing 3 per cent, of salt in solution congeals at 28^, with 6 per cent, at 25.5°, and with 
II per cent, it would freeze at 21}^^. 

Water at medium temperature can hold in solution nearly 36 per cent, of common salt, and 
at its boiling point nearly 40 per cent. 

Water will receive heat from iron 2.6 times as rapidly as iron will receive it from the fire. 



AIR. 

Atmospheric air is a mechanical mixture — not chemically combined — and when in its 
purest state consists of oxygen 20.96 nitrogen 79 and carbonic acid gas .04. 

One cubic foot at temperature of 32" Fahr. under a pressure of 14.7 lbs. or 30" of mercury, 
weighs 565.1 grains or .0807 lbs., and i lb, is equal to 12.387 cubic feet. Its weight varies about 
I grain for each degree of heat. It is 773 times lighter than water at 32° Fahr. 

The mean weight of a column one foot square and of an altitude equal to the height of the 
atmosphere weighs 2124.7 lbs., or -4- 144= 14.7 lbs, per square inch, or -=- 62.5 it will support a 
column of water about 34 feet high, or -h 846 lbs, (weight of i cubic foot of mercury), it will sup- 
port a column of mercury 30 inches high. 

The vital element in air is oxygen gas, which is remarkable for its wonderful energy, and re- 
quires nearly 4 times its weight of nitrogen to dilute it sufficiently to meet the requirements of 
life. The volume of oxygen in equal bulks of air varies with its temperature; thus dry air at Z^" 
contains 10 per cent, less than at 32°, and when saturated with vapor the difference is 12 per c-nt,; 
so that if in winter 1500 feet of air are required, in summer 1650 feet will be necessary to supply 
the same quantity of oxygen. An average man requires about i cubic foot of oxygen per minute 
for respiration, and this quantity is contained in about 5 cubic feet of common air. 

The motions of air and all gases are precisely alike to those of fluids. 



NASON MANUFACTURING COMPANY, NEW YORK. 



397 



The temperature of the air at the surface of the earth varies with the geographical position, 
local circumstances, and with the height above the sea level. The influence of elevation above 
the sea is very considerable, varying with the climate, season, and general contour of the ground. 

When the slope is gradual the cold produced is about i° for 430 feet; on steep mountain 
slopes i*^ in about 355 feet, and in balloon ascensions i"" in about 330 feet. 

The temperature of the surface of the ground follows closely that of the air, but at a certain 
depth there is a stratum the temperature of which is invariable throughout the year, and is equal 
to the mean temperature of the air at that place. Below this the heat increases about i^ for every 
58 feet of depth; so that if at the surface the temperature is 62°, water would boil at 212"' — 62° X 58 
= 8700 feet, or -1-^5280 at 1.647 miles. 

The rate of expansio}i oi -dive 3.xidi. ^S\. other elastic fiuids for all temperatures and densities is 
essentially uniform; from 32° to 212" or 180° they expand from 1000 to 1376= .00209, ^J" xyg 
part of their bulk or volume for each degree, and from 212" to 680° they increase in volume from 
1376 to 2322, or .00202 per degree. 

The specific heat of air under 30" of mercury with constant pressure is .238, water being i.oo. 
When heated with constant volume, the pressure is increased and the specific heat is less than 
when expansion is permitted. 

The ratio of specific heat under constant pressure to that under constant volume is as i 421 is 



to I, and the specific heat under constant volume equals j' 
are practically the same. 



or .1674 with Bar. 30'''. All gases 



Variations in Specific Heat of Air at Different Densities. 



Mercurv. 




specific heat 


Specific heat per 


Specific heat per 


Cubic feet of 


column 


Relative 


of equal 


lb. constant 


lb. 


constant 


air in i lb. 


in inches. 


density. 


volume. 


pressure. 




volume. 


at 62" 


120 


4 


.476 


.119 




.0837 


3-275 


60 


2 


.336 


.168 




.1184 


6-55 


30 


I 


.238 


. .238 




.1674 


I3-I 


15 


y. 


.168 


.336 




.2367 


26.2 


7-5 


% 


.119 


.476 




•334S 


52 4 



The specific heat for equal volumes (that at 30" being i) appears to vary directly as the square 
root of the pressure in relative densities. 

When pressure is not constant the volume of any gas varies as the inverse ratio of the pressure, 
the temperature being constant; thus, T cubic foot of air has pressure of air on it to begin with. 



and under 45 lbs. its volume equals i X 



15 



=^ .25 cubic foot. When temperature and press- 



15+45 

P 45S4+T' 

ure are different the rule for expansion of gases is: V = V X — X in which V, P, T, 

P' 458.4+ T 

equals volume, pressure, and temperature in one case, and V P' T' the same in another case; 
thus, 10 cubic feet of air at ordinary pressure and temperature of 60°, would, if heated to 20c" 

15 458,4 + 200 

under 40 lbs. , become 10 X — X = 37 cubic feet. Air at 32" heated to 212% or iSo° 

» 55 458.4+ t)0 



becomes i X 



458.4 4- 212 670 



458.4+ 32 



1.367 cubic feet, while experiment shows expansion = 1.375, 



490 



Efflux of Compressed Air, etc. — Theoretically, when water or other liquid escape from an 
orifice into air its velocity of efflux is equal to that of a body falling through the space between 
surface and the orifice, but this result is greatly modified by shape of the orifice and friction. 

Velocity into a Vacuum. — The density of air diminishes as it leaves the earth, but assum~ 
ing it has the same density as at the earth with Bar. 30 ", to equal which a homogeneous column of 



398 NASON MANUFACTURING COMPANY, NEW YORK. 



30" X 13-59 
air would be = 27838 feet, or 30" X 13-59 X S19 = 333906" -v- 12 = 27825', and by 

.00122 X 12 
rule of falling bodies equals 8 1/27838 = 1344' per second. This is theoretical only. In practice 
it is largely governed by friction through the pipe and orifice and the area of both. 



STEAM. 

Steam is pure water expanded by heat into an invisible vapor. Perfect steam is in no way 
moist, but is as dry as are the permanent gases. It has in a complete degree those properties 
of fluidity, mobility, elasticity and equality of pressure, in every direction that distinguishes 
gases. 

Saturated steam is the normal condition of steam generated in free contact with water, and same 
density and same pressure always exist in conjunction with same temperature. It therefore is at 
both its condensing and generating points, ?". e., it is condensed if its temperature is reduced and 
more water is evaporated if its temperature is raised. 

The pressure and density of steam, generated in free contact with water, rise with the tem- 
perature and reciprocally its temperature rises with the pressure and density, the higher the tem- 
perature the more rapidly the pressure advances. There is but one and a corresponding pressure 
and density for each temperature. The variations in pressure and density of steam generated in 
free contact with water are exactly proportionate to the variations of temperature. Under this 
condition steam is termed " saturated " from its containing the largest amount of water possible 
at any given temperature. 

The pressure of steam at a boiling point of 212° is equal to the pressure of the atmosphere, 
which is 14. 7 lbs. upon a square inch. 

The expansive force of the vapor of all fluids is the same at their boiling points. 

A cubic inch of water evaporated under ordinary atmospheric pressure is converted into 1,640 
cubic inches of steam, or nearly i cubic foot, and it exerts a mechanical force equal to raising 
14. 7 X 144=2,120 lbs. I foot high. 

One lb. pressure of steam will support a column of mercury = 2.0376 inches high. 

The boiling point of water varies with the pressure of the atmosphere or vapor, under which 
ii is effected. 

Steam for heating purposes possesses an advantage over hot water in the ease of its applica- 
tion where great inequalities and frequent alterations of level occur, and particularly when the 
boiler must be placed higher than the place to be heated. For buildings occupied at intervals 
steam is more effective than hot water in its rapid generation of heat. 

The most prominent of the properties of steam are its high expansive force, its condensa- 
tion by the abstraction of its temperature, its concealed or undevoloped heat, and the inverted 
ratio of its pressure to the space it occupies. 

The expansive force of steam arises from the absence of cohesion between and among the 
particles of water. If a known volume of steam of a certain pressure be made to occupy but one- 
half of its volume its elastic power will be doubled. 

Steam has an expanding force always equal to the pressure under which it is generated, and 
its temperature theoretically is always the same as that of the water in contact with it. 

The sum of its sensible and latent heat is always the same and is equal to 1146° above the 
freezing point of water. 

Under ordinary atmospheric pressure 26.36 cubic feet weigh one pound, and it has a gravity 
about equal to one-half that of air at 34 '^, but if the temperature of air be increased 160°, the 
gravity of steam will equal two-thirds of the weight of air. This fact is further alluded to on page 
355) being illustrated by the circulation of steam in a Nason Radiator Pipe. 



HEAT. 

Heat is simply a mode of motion, or an influence by which motion is produced among the 
atoms of substances. This motion is imperceptible, heat being detected only by a sense of 
feeling. 



NASON MANUFACTURING COMPANY, NEW YORK. 399 



It is a universal force and is referred to as cause and effect. Heat and cold are conditions and 
■not substances. They are relatively, not absolutely, different, being merely higher or lower 
degrees of heat. 

The three most apparent effects of heat, so far as they relate to the form and dimension of 
bodies, are expansion, liquefaction, and vaporization. Its effect is most evident in those bodies 
which are the least influenced by the attraction of cohesion; thus in solids it is comparatively 
trifling, in liquids it is much greater, while in gases it is very considerable. 

The force with which bodies expand and contract under the infliTence of an increase or dimi- 
nution of heat is irresistible, and is one of the greatest forces in nature. 

The ratio of expansion in solids and liquids increases with the temperature, while in gases it 
is sensibly uniform at all temperatures. 

A unit of heat is the quantity of heat necessary to raise i lb. of water i° F. 

Specific heat is the capacity of a body for heat, and is the number of heat units necessary to 
raise i lb. of any substance i°. The specific heat of all bodies, except gases, increases with 
their temperature. 

Latent heat is the number of heat units absorbed by any body in passing from a solid state' to 
a liquid, or from a liquid to a gaseous condition. 

Heat is t7'ans?nitted or lost — 

By radiation — projected in rays and in straight lines. 

By convection — rising in fluid masses or through flues. 

By conduction — passing from one body to another in contact. 

The heat necessary to warm a pound of water i° will warm about i\j^ lbs. of air i°, or 2^ 
lbs. of vapor of water, or 9 lbs. of iron, or nearly 2 lbs. of ice, one degree. The heat necessary 
to convert i lb. of water from 178° (which is about the temperature of return water) to steam is 
about 1000 units, and this will heat 52,000 cubic feet of air 1° , or 5,200 cubic feet 10", or 52 feet 
100', without making allowance for the increase of its bulk because of expansion, which for a dif- 
ference of 100' will equal nearly 20 per cent, of its original bulk. 



WATER. 

Whether as a solid, liquid, or gas, water is one of the most wonderful substances in nature. 
At all temperatures above 32° F. the motion of heat is sufficient to keep its molecules from rigid 
union ; but at 32° the motion becomes so reduced that the atoms seize upon each other and aggre- 
gate to a solid. 

It is composed by a chemical union of oxygen and hydrogen in the proportions of : 

By weight, oxygen, 88.9 parts. Hydrogen, ii.i parts. 
By volume, " i " " 2 " 

Liquids transmit pressure equally in all directions, unchanged and without loss of power. 
This equality of pressure is their most characteristic property. 

Water when heated from 40^ — which is nearly the temperature when at its maximum density 
— to 212°, expands .0433 times its volume, or .000252 of its bulk for each degree, making its 
increase for 180° equal to i cubic foot in 21.41 feet. Below 39.1°, its point of maximum density, 
its ratio of expansion decreases at first slowly, but progresses rapidly to the point of congelation, 
where it suddenly expands .0855 of its volume; a cubic foot of ice weighing 57.5 lbs., or about 5 
lbs. less than when at 40° temperature. At 46° it has about the same volume as at 32. 

It is compressible at the rate of about ^i|^o' '^^ about y^^ of an inch in i8j3g- feet by each 
atmosphere or pressure of 15 lbs. per square inch When the pressure is removed its elasticity 
restores its original bulk. By compression, Mr. Perkins, of London, required a pressure of 15,000 
lbs. to reduce water ^^th part of its volume. Water at 39.1° is taken as the unit of weight upon 
which the specific gravity of steam is based. 

A United States standard gallon at 39.1" Fah., Barometer at 30" mercury, weighs 8.34 
pounds, and is equal to 231 cubic inches. 



400 NASON MANUFACTURING COMPANY, NEW YORK. 

A pound of distilled water at 39.83% Bar. 30", is equal to 27.7 cubic inches, and a cubic inch 
weighs 252.69 grains. A cubic foot contains 7.48 gallons, and at 39.83^ weighs 998 ounces or 
62.38 lbs. avoirdupois, and is 82S times heavier than atmospheric air. For ease of calculation its 
weight is taken as 1,000 ounces or 62.5 lbs. 

\Yater at 1,000 ounces is assumed as unity in the comparison of gravity of different substances. 

It evaporates at all temperatures, dissolves more substances than any other agent, and has a 
greater capacity for heat than any other known substance except hydrogen gas. 

Twenty volumes of water absorb one volume of air under atmospheric pressure. 

A miner's inch is a measure for the flow of water, and is an opening i" square through a 
plank 2" thick under a head of 6" of water to the upper edge of the opening. It will discharge 
ii|^ gallons in one minute. 

A cylinder 3^ inches in diameter and 6 inches high will hold almost exactly one quart, and 
one 7 inches in diameter and 6 inches high will hold very nearly one gallon. 

The ratio of fresh water to salt water is about as is 36 to 35 by weight. 

HYDRAULICS.— The science of Hydraulics depends on a knowledge of the laws of gravi- 
tation. In it velocity and pressure are the two chief factors to be determined in every problem. 
All calculations showing the discharge of water under pressure are based on the head or depth of 
water above the outlet usually stated in feet. The universal standard of measurement is the pres- 
sure gauge showing the number of pounds pressure on each square inch. 

A column of water 1 inch square and 2.31 feet high at 60° is equal to i pound, or will give 
a pressure equal to i pound. Hence : 

Pounds pressure X 2.31 ^ head. 

Depth of water -f- 2.31 = pressure per square inch. 

" "X -434 = lbs. pressure. 

Pounds pressure -^ .434 == head or depth of water. 

Water under pressure is subject to the same laws as falling bodies. In a vacuum it will fall 
16. 1 feet in one second, and increases the velocity of its descent 32.2 feet each second while the 
descent continues, making the fall for 2 seconds equal to 64.4 feet, and so on. The velocity of a 
falling body per second is equal to \ 2 gh, in which g equals force of gravity and h equals height, 
or 8 V height. Thus, in a cistern 25 feet deep, with a i inch hole in the bottom, the velocity o^ 
its efflux === 8 V 25 feet = 40 feet. This rule applies to all bodies falling freely in space when not 
impeded by resistance. Having found the velocity, the next step is to find the quantity discharged. 
This quantity discharged per minute is equal to the velocity in feet per second X area of orifice 
[n inches X 12 for inches and by 60 seconds in one minute = number of cubic inches discharged 
per minute, and this -i- by 231, number of inches in a gallon, = gallons discharged per minute. 
Thus with the above cistern and outlet, 8 i/25 X .7854 X 12 X 60 -^- 231 ^ 98 gallons per min- 
ute. This discharge is theoretical, in practice it varies with the form of the outlet. With the 
orifice in thin plate the discharge will equal from .6 to .7 of the theoretical quantity. A formula 
for quick and approximate calculation is v' head X diameter of orifice X 19-5 = gallons dis- 
charged per minute; thus v'~2^ = 5 X i" X 19.5 = 97^ gallons. Formula for finding quantity 
of water delivered through pipes of any length, diameter and head : 



v~425 X diam. in inches X pressure in lbs. h- length = velocity. Thus find water deliv- 
ered per minute through 3,000 feet 3" pipe with a head of 6' : V 425 X 3 X 2.6 lbs. -f- 3000 = 
1.05 feet per second = velocity, and 1.05 X 7.07 X 12 X 60 -f- 231 = 23.1 gallons per minute= 
quantity discharged. 

In all these calculations account must be taken of two kinds of loss : (i) Loss from velocity 
of entry occasioned by cross currents and shape of edge of orifice, and (2) loss by friction. This 
last is the principal cause of 'loss. The friction of water on smooth surfaces is about 3^ pound 
per square foot when water is moving at the rate of 10 feet per second. If this velocity is 
increased or diminished, the friction increases or diminishes in proportion 10 the square of the 
velocitv. thus — 



NASON MANUFACTURING COMPANY, NEW YORK. 40i 

lo^ = loo : 20^ = 400 :: 14. : 2 pounds. Again: 

lo^ = 100 : 5' == 25 : : ^ : yi pounds. So that doubling the velocity increases the friction 
four fold, and when trebled it is increased g times. 

Doubling the diameters of pipes increases their circumference or pipe surfaces in the same 
ratio ; but doubling their areas increases same four fold. Since pipes are to each other as the 
squares of their diameters, doubling the size of a pipe decreases frictional loss at same velocity J^ 
or the loss by friction is inversely as the size ; that in 2" is 3^ that in i", and in a 3" it is % that 
in a 2" pipe. 

As an illustration: If pipe one inch in diameter be compared side by side with one two inches 
in diameter, the areas of their cross section being as one is to four, the velocity naturally is as four 
is to one in order to deliver any given quantity per hour through either of them. But the frictional 
resistance on either of their interior surfaces increases some what less than in the proportion of 
the square of velocities through them. 

Taking, however, the velocity as above at 4 to i, the frictional resistance per given surface 
becomes 4^ to i, or the frictional resistance per square foot is 16 times greater in the one-inch pipe 
than it is in the two-inch ; but there is but one-half the surface in the one-inch pipe that there is 
in the two-inch, so that we have 16 -^ 2 = 8. Or, while discharging a given quantity of water 
through a one-inch or a two-inch pipe, the frictional resistance is eight times greate:^ in the smaller 
size than in the larger. 

Frictional Loss in Pounds Pressure in 2>^" Hose for Each too Feet. 
Gallons per 
minute. 
50 
60 
80 
100 
200 
300 
350 

In the foregoing formulas, as well as in the case of friction in hose, it is assumed that all the 
conduits are on nearly straight lines. If the direction of flow is altered to any considerable extent 
by the interpolation of bends or elbows, the friction will be largely increased. 

Formulas for finding areas of pipes required to deliver given quantities of water under 
given heads, in which A = area in square feet, a = area in square inches ; T == time in minutes, 
t = time in seconds : H = head in feet, Ii = head in inches. 

1. When time is in seconds, head in inches and required area is in squaro inches — area of 
discharge pipe = number of gallons -f- .0757 / Vh. 

2. When area is in square inches, time in seconds and the head in feet, the required area in 
square inches will be equal to gallons -j- .26215 ^ I'H. 

3. When area is in square inches, time in minutes and head in inches, the required area in 
square inches will be equal to gallons -^ 4. 542 T i/h. 

4. When area is in square feet, time in seconds and head in inches, the required area in 
square feet will be equal to gallons -f- 10 g / ^ h. 

5. When area is in square inches, time in minutes and head in feet, the required area in 
square inches will be equal to gallons -i- I5.72g T v'H. 

6. When area is in square feet, time in seconds and head in feet, the required area in square 
feet will be equal to gallons -r- 38.75 / VH. 

7. When area is in square feet, time in minutes and head in inches, the required area in 
square feet will be equal to gallons -i- 654 T v h. 

8. When area is in square feet, the time in minutes and head in feet, the required area in 
square feet will be equal to gallons -f- 22.65 T VH. 

PUMPS. — The power to raise water depends on the height to be overcome, the quantity to 
be delivered and the friction in the pump and its connecting pipes, from which is deduced the 
formula — lbs. of water X height in feet = number of foot pounds, and this divided by 33000 = 
horse-power necessary; to this must be added a liberal allowance for friction in the pipes and loss 
by condensation in the steam cylinders 



Friction loss 


Loss in 


in rubber. 


leather. 


1.40 


2. go 


1.60 


3.17 


2.51 


4-25 


3-65 


5-55 


14-15 


17.00 


32.65 


36.65 


44-90 


49-55 



402 NASON MANUFACTURING COMPANY, NEW YORK. 

V/hen a vacuum is formed in a suction pipe, the pressure of the external air forces the water 
up the pipe, provided the lift is not too great. Theoretically water can be lifted by suction about 
34 feet, but in practice not more than from 20 to 25 feet can be realized. 

The nearer pumps are placed to the water the more easily can the water be raised. 

Suction pipes should be air tight. They should have a capacity not less than half that of the 
pump cylinders, and when the lift is near its limit it should be even larger. By using large pipes 
friction is lessened, as is also the labor employed. 

Air chambers contain large quantities of air which, being compressible, acts as a cushion and 
thus decreases the shocks which occur in suddenly stopping and starting a long water column, 
whether in the suction pipe or force main. 

Water at high temperature, or volatile fluids, cannot be raised any considerable height by 
suction, because vapor forms, prevents the formation of a vacuum and resists the entrance of the 
water, \\hen pumps are used for this purpose they must be placed very close to the fiuid or be 
supplied from a head. Pumps and inspirators cannot force water heated to a temperature when 
steam forms in any quantity, and for this reason feed water is never injected into a boiler at over 
212°, and generally at not over 200^. 

Double-acting pumps keep up a steady stream and thus economize labor, as every stroke, up 
or down, is effective. In single-acting pumps every alternate stroke only avails. 

Stcbmerged pu?nps are placed entirely under water, which it forces. They are used when 
virater is foul or gritty, as in cellars, sewers or tanneries. 

Hydraulic rains are contrivances for raising small quantities of water to considerable heights 
by using the momentum of larger quantities flowing downwards. They differ from pumps in that 
they have no pistons, form no vacuum, and are always placed below the supply. The principle 
of their operation is : the inertia of the fluid in rapid motion suddenly stopped, as the jarring 
motion in pipes, and often called water-hammer. 

It is estimated that, by conveying water to a ram through from 50 to 60 rods, that about ^ of 
the water can be discharged at an elevation five times the fall applied to the ram, or -^^ of the 
water to 10 times the fall; thus: if ram have 5 feet fall, l~ of the water can be discharged 25 feet 
high, or ^Ifth at 50 feet, or with a fall of 10 feet y'^th can be raised 100 feet. 

Steam Pumps. — The ordinary speed at which pumps should be run is not more than 100 feet 
piston travel per minute. The area of the steam piston X the steam pressure = the total press- 
ure exerted. The area of water piston X pressure of water per square inch, is = the resistance. 
A liberal allowance must be made between the power and the resistance to move pistons at the 
required speed, for w^ater friction and loss in steam cylinders. 

To find horse-power necessary to elevate water to a given height. Formula: Total weight 
cf water in pounds X height in feet -f- 33,000 = horse-power required; to this liberal allowance 
as before stated must be made. 

To find the diameter of a pump cylinder to move a given quantity of v/ater per minute (100 
feet of piston being the standard of speed), divide the number of gallons by 4, then extract the 
square root, and the product will be the diameter in inches of the pump cylinder. 

To find quantity of water elevated in one minute running at 100 feet of piston speed per 
minute, square the diameter of the water cylinder in inches and multiply by 4. Example: 
Capacity of a 5-inch cylinder is desired. The square of the diameter (5 inches) is 25, which, 
multiplied by 4, gives 100, the number of gallons per minute (approximately). 

HORSE-POWER is a term which has been adopted to express the work developed 
through a mechanical device by any of Nature's forces, and in the case of the steam engine is taken 
as the power necessary to raise 33,000 lbs. one foot high per minute; or, as it is commonly 
expressed, thirty-three thousand "foot-pounds." 

It is divided into three classes, termed Nominal. Indicated and Actual. 

Nominal horse-power has been used to express the capacity of an engine, the elements 
thereof being confined to the dimensions of the steam cylinders and a conventional pressure of 
steam and speed of engine. 

Indicated, designates the full capacity in cylinder as developed in the operation, without 
deductions for friction. 



NASON MANUFACTURING COMPANY, NEW YORK. 403 

Actual, is the power only as developed by its operation, involving elements of mean pressure, 
through the stroke applied to the piston, its velocity and a just deduction for friction. Its amount 
is usually arrived at by the application of a Dynamometer. 

The actual horse-power added to the engine friction are equal to Indicated horse-power. 

BOILERS should be simple in construction and of the best material. They should be 
capable of evaporating as much steam as may be required, whether for power or heating 
purposes. 

They should have constant and thorough circulation throughout so as to maintain all parts at 
one temperature. 

They should have large water and steam space to prevent foaming and sudden fluctuations in 
pressure or water level. 

They should be readily accessible for cleaning and repairs. 

The furnace is for the proper combustion of fuel, but the boiler proper is for the transfer of 
heat into useful effect by evaporating water into steam. 

The efficiency of a boiler or its power is the volume or weight of steam that it will generate 
at its operating pressure in a unit of time, or per pound of fuel. 

The most economical size of boiler is a medium one, and a departure therefrom in either 
direction is followed by a loss of effect. An unusually long or a very short boiler giving less 
duty for fuel used than a medium sized one properly proportioned to the work to be done. 

The fire surface of boiler per horse power varies with its size, a small one not being so 
effective in proportion to the area as a large one, the loss by radiation being greater in propor- 
tion as the power is less. 

The term horse-power as referring to boilers is very indefinite. It is preferable to estimate 
their capacity by the pounds of water evaporated per hour. Strictly speaking, there is no such 
thing as horse-power as applied to steam boilers, since it is only a measure applicable to dynamic 
effect. But as boilers are necessary to drive engines, the same term has been commonly applied 
to them. 

VVatt found in his time ihat the requirement for a horse-power in the best engine then in use 
was the evaporation of one cubic foot of water per hour in the boiler. Now it is estimated that 
good engines require water per hour per horse-power equal to the constant 200 -f- 4/ pressure, 
and in the best engines the constant 150 -r- V pressure, 

Horse-Power of Boilers. — The following proportions of heating and grate surfaces for 
each horse-power are generally accepted as approximately correct: In plain cylindrical boilers, 
15 square feet of heating surface and i square foot of grate surface. 

In flue boilers, 15 feet heating surface and ^:^-foot of grate surface. 

In tubular boilers, 15 to 16 square feet of heating surface and }/^ square foot of grate 
surface. 

A little more grate surface will probably give belter results. 



COMSUSTiON consists in the combination of bodies with oxygen, the result being 
usually the development of heat and light. The combustibles used in the arts are principally 
composed of carbon and hydrogen. The carbon combining with oxygen derived from the air 
forms carbonic acid, and the hydrogen similarly combining forms water. 

Carbonic acid is composed of one equivalent of carbon and two equivalents of oxygen, or by 
weight .2727 carbon, and .7273 oxygen. 

Water is composed of one equivalent of o.xygen and two equivalents of hydrogen, or by 
weight, .III hydrogen and .889 oxygen. 



404 



NASON MANUFACTURING COMPANY, NEW YORK. 



Table of the Chemical Composition of Combustibles. 



Elements. 



Carbon 

Hydrogen 

Oxygen 

Nitrogen and Sulphur. . 

Water 

Ashes 

Total 



Coal. 



8l2 

048 

054 
031 

055 



1. 000 



Coke. 



850 



150 



1. 000 



Perfectly 
Dry. 



510 
053 
417 



020 



1. 000 



Ordinary 
State. 


Ch 


arcoal. 


.408 




930 


.042 






•334 






.200 






.016 




070 


1. 000 


I 


000 



Oil of Tur- 
pentine. 



8S4 
116 



1. 000 



Alcohol. 



5198 
1370 

3432 



1 . 000 



Bees- 
wax. 



816 
139 
045 



1. 000 



Table of the Calorific Power of Combustibles. 



Units of 
Heat per lb. 

Hydrogen, burning to water 62535. 

Carbon, burning to carbonic acid 12906. 

Carbon, burning to carbonic oxide.. 4453- 

Wood, perfectly dried 6480. 



Units of 
Heat per lb. 

Wood, in ordinary state of dryness. . 5040. 

Alcohol 12339. 

Oil of Turpentine 19505. 

Eees-wax 1 8900. 



One pound of carbon combining with the necessary quantity of oxygen develops 12906 units 
of heat, and one pound of hydrogen similarly combining, yields 62535 units. The unit of heat is 
the amount necessary to heat one pound of water 1° Fahr. 

When a combustible contains hydrogen and oxygen in the proportion required to form water, 
they combine during the process of combustion, but give out no useful heat. If hydrogen alone 
is present, it yields usefully the full amount of heat due to it. When oxygen is present, but in too 
small a proportion to combine with the whole of the hydrogen, there remains an excess of hydro- 
gen which yields its due proportion of heat. 

The heating power of a combustible is the maximum effect it is capable of producing; 
although when applied to practice there are sources of unavoidable loss which reduce its useful 
effect considerably. 

The effect of water in a combustible with which it is more or less saturated is two-fold, ist, 
the calorific power is reduced in the same proportion, and 2d, part of the heat in the residue is 
consumed uselessly in evaporating the water. Thus wood perfectly dried yields 6480 units, which, 
for wood in the ordinary state, containing 20^ of water, is reduced to 6480 X 80 = 5184 units, but 
the 20^ water, say at 60°, will require for its evaporation (1178 — 62) X .20 == 223 units, so that its 
useful heat is reduced to 5184 — 223 = 4961 units. 

The heating power of wood varies only with its state of dryness, that is to say, all the differ- 
ent kinds of wood in the same state of dryness, measured by weight, yield sensibly the same 
amount of heat. 

When the chemical composition of a combustible is known, its calorific power is readily 
calculative; thus the average composition of coal is, carbon, .812; hydrogen, ,048; oxygen, .054 
and waste, .0S6; the hydrogen is reduced to .041 hydrogen in excess, the balance combining to 
form water. From this i lb. of coal will yield: 

Carbon 812 X 12906 == 104S0 heat units. 

Hydrogen in excess 041 X 62535 = 2564 " " 

Again, wood properly dry contains .51 carbon, .053 hydrogen, and oxygen, .417. The hydro- 
gen and oxygen being in proper proportions to form water, combine without yielding any useful 
heat, and so we have .51 X 12906 = 6582 units per lb. of dry wood. 

Air required to support combustion. — A knowledge of the quantity of air necessary for 
different combustibles is important, in order to determine the sizes of flues, etc. 



NASON MANUFACTURING COMPANY, NEW YORK. 403 

Carbonic acid is composed of .2727 carbon and .7273 oxygen, and atmospheric air is com- 
posed of .77S nitrogen, and .222 oxygen. A pound of carbon will require ;|||f = 2.67 lbs. of 
oxygen, which is contained in ^^|| = 12.03 lbs. of air, and as a cubic foot of air at 62^ Fahr. 
weighs .0761 lbs., this is equal to ^o^yff = 158 cubic feet of common air at ordinary temperature. 
This is the minimum amount necessary for the combustion of a pound of carbon. 

Water being composed of .111 hydrogen and .8Sg oxygen, one pound of hydrogen requires 
■fff "^ ^ 1^^- ^^ oxygen, which is contained in -^^ or 36 lbs. of air, or ofly == 473 cubic feet of 
common air at 62°., and this is the minimum amount of air necessary for the combustion of one 
pound of hydrogen. 

From these elements we can calculate the quantity of air required for the combustion of any 
combustible whose composition is known. Thus, the average composition of coal is .812 carbon 
and .048 hydrogen, which last is, as before stated, reduced to .041 hydrogen in excess, and we 
shall require: ( .812 X 158 ) + ( .041 X 473 ) = 147-6 cubic feet of air at 62^ required for the 
combustion of I lb. of coal; but analyses of the air that has passed through the fires of well- 
arranged steam boilers show that the air retains 10 per cent, of oxygen unconsumed, so that we 
may admit of a practical rule that the quantity of air used should be double the minimum theo- 
retical quantity. 

In most cases the temperature of air in the chimneys of steam boilers is 550'' Fah., and has 
double the volume it has at 62^, and with the oxygen half consumed the air required in the chim 
ney will be for the combustion of i lb. of carbon 158 X 2 X 2 = 632 cubic feet. 

STEAM ENGINE is an instrument by means of which heat is converted into mechanical 
effect. Water in its state of steam is the medium through which this conversion is effected. An 
engine is operated by the expansive force of steam. 

Experiments have demonstrated that not more than 13 per cent, of the heat generated is util- 
ized even by the very best engines, while the great majority of them fall much below. 

The horse power of an engine is equal to lifting 33,000 lbs. one foot per minute. 

To find the horse power of an engine, multiply together the area of the piston in inches, the 
average steam pressure in pounds on the piston throughout the stroke, and the travel of the piston 
in feet, and divide by 33,000 for the required horse power. Thus, find the horse power of an 
engine with 40' cylinder, 10' stroke and 20 revolutions per minute^ == 40 X 40 = 1600 X .7854= 
1256 square inches area of piston X say 30 lbs. average effective steam pressure X 400 feet travel 
= 15,072,000 "foot-pounds" -v- 33,000 = 457 horse power. With this steam travels full stroke 
and exerts its greatest power. When steam is cut off, the average steam pressure must be taken. 

The mechanical effect of steam in a cylinder is the product of the mean pressure in pounds 
and the distance through which it has passed in feet. 

Back pressure is the force of uncondensed steam in a cylinder, due to friction in the exhaust 
pipe cr valves, faulty setting of the latter, or in a condensing engine to a faulty vacuum.. It is 
opposed to the course of the piston, and varies from 2 to 5 poinds per square inch. 



406 



NASON MANUFACTURING COMPANY, NEW YORK. 



IMPORTANT PROPERTIES OF FAMILIAR SUB 

STANCES. 



Specific Gravity 
Water, i. 



Metals from 32<^ to 2 ■ 2° 

Antimony 

Bismuth 

Brass 

Copper 

Iron, cast 

Iron, wrought 

Gold 

Lead 

Mercury at 32^ 

Nickel 

Platinum 

Silver 

Steel 

Tin 

Zinc 

Stones. 

Chalk 

Limestone 

Masonry 

Marble, gray 

Marble, white 

Woods. 

Oak 

Pine, white 

Mineral SubstanceSn 

Charcoal, pine 

Coal, anthracite 

Coke . . 

Glass, white 

Sulphur 

Liquids. 

Alcohol, mean 

Oil, petroleum .... 

Steam at 212^ 

Turpentine 

Water at 39.1° 

Solid. 

Ice at 32'' 

Cases. 

Air at 32" 

Oxygen, 

Hydrogen 

Carbonic acid 



6. 712 

9.823 

8.1 

8.788 

7-5 

7-744 
19.258 
11.352 

13-598 

8.800 

16.000 

10.474 

7.834 
7.291 

7-191 

2.784 
3-156 
2. 240 
2.686 
2.650 

.86 

-55 



-44 
1-43 
1. 00 
2.89 
2.03 



•9 

.80 
.0006 

■87 
1. 000 



.922 

.00122 
.00127 
. 000089 
.00198 



Specific Heat 
Water, i. 



.0508 
,0308 

•0939 

,092 

, 1298 

,1138 

,0324 

,0314 

•0333 

.1086 

.0324 

.056 

,1165 

,0562 

•0953 

.2149 

.2174 

,2 

.2694 

.2158 



57 
65 



.2415 
.2411 
.203 
.1977 
. 2026 

.6588 
•31 
.847 
.416 
1. 000 



-504 

.238 

.2412 

3.2936 

.2210 



Absorbing 
and radiat- 
ing power of 

bodies in 
units of heat 
per square 
root for dif- 
ference of i". 



049 
0327 
648 
566 

1329 



0265 

0439 
049 

.6786 

-735 
-735 
•735 
•735 

-73 
-73 



5948 

480 
0853 



Conducting 
power in units 

of heat per 

square foot of 

surface with I 

difference I 

of i''. : 



515 
233 
233 

113 



225.0 



28 
22 



Weight in 
pounds. 



Per 

cubic inch. 
.2428 

.3533 
.2930 

•3179 
.2707 
.2801 
.6965 
.4106 
.4918 
-3183 
.5787 
-378S 
.2916 
.2637 
.26 
Per 

cubic foot. 

174.0 

197.0 

140.0 

168.0 

165.0 



1-7 

-748 


54.0 
34-6 


6.6 


27-5 

89.7 

62.5 

180.7 




127.0 


... 


57-5 

49-9 

.038 




54-37 
62.35 



57-5 



.0807 
.0892 
,00550 
•1234 



NASON MANUFACTURING COMPANY, NEW YORK, 



407 



T lie following tables are here given for convenient reference. 

ELASTIC FORCE, TEMPERATURE AND VOLUME 

OF STEAM. 



Elastic Force. 


Temperature 

of Steam 

Corresponding to 

its Pressure. 


Relative Volume. . 
Bulk of Steam 
Compared to 
Bulk of \Vater. 




Apparent Pres- 
sure of Steam in 
lbs. per square 
inch 


Absolute Pressure 
in inches of Mer- 
cury. 


Average Rise of 

Temperature 
or I lb. Pressure 
for each 10 lbs, 



I 
2 
3 
4 
5 
6 

7 
8 

9 
10 
II 
12 
13 
14 
15 
16 

17 

18 

19 
20 
21 

22 
23 
24 
25 
26 
27 
28 
29 
30 


30.0 
32.03 
34.07 
. 36.11 
28.15 
40. 18 
42.22 
44.27 
46.30 
48.33 
50.37 

60. 56 

70.75 
80.91 
91.12 


212.0 
215. 5 
219.0 
222.0 
225.0 

227.5 
230.0 
232.5 
235.0 

237.5 
240.0 
242.0 
244.0 
246.0 
248.0 
250.0 
252.0 
253.5 
254.5 
256.0 

257.5 
259.0 
260. 5 
262.0 

263.5 
265.0 
266. 5 
268.0 
269.5 
271.0 
272.5 


1710.0 
1612.0 
1523-0 
1442.0 
1372.0 
1312.0 
1248.0 
1194.0 
1168.0 
1103.0 
1061.0 

895.0 

718.0 

700.0 
684.0 

614.0 

1 


^2.8 

> 

^1.75 

1 

M.5 



A Table of the quantity of water which air is capable of absorbing to the point of maximum 
saturation, in grains per cubic foot for various temperatures. 



Degrees Fahr. 


Grains in a cubic foot. 


Degrees Fahr. 


Grains in a cubic foot. 


10 


I.I 


85 


12.43 


15 


1.31 


90 


14.35 


20 


1.56 


95 


16.60 


25 


1.85 


100 


19. 12 


30 


2. 19 


105 


22.0 


32 


2.35 


no 


25-5 


35 


2.59 


115 


30.0 


40 


3.06 


130 


42.5 


45 


3.61 


141 


58.0 


50 


4.24 


157 


85.0 


55 


4.97 


170 


112. 5 


60 


5.82 


179 


138.0 


65 


6.81 


188 


166.0 


70 


7.94 


195 


194.0 


75 


9.24 


212 


265.0 


80 


10.73 







4o8 



NASON MANUFACTURING COMPANY, NEW YORK. 



Units of heat required, per square foot per hour, of heating surface to heat i cubic foot of 
air at different temperatures. 





Temperature of Air in Room. 




40° 


5o« 


60° 


7o« 


8o« 


90° 


lOO^ 


110° 


I20« 


130'' 




Units. 


Units. 


Units. 


Units. 


Units. 


Units. 


Units. 


Unite, 


Units. 


Units 


o 


0. 822 


1.028 


1.234 


1-439 


I 645 


I. 851 


2.056 


2.262 


2.467 


2.673 


lO 


0.604 


805 


1.007 


1.208 


1.409 


i.6i[ 


1. 812 


2.013 


2.215 


2.416 


20 


0.393 


0. 590 


0.787 


0.984 


1. 181 


1.378 


1-575 


I. 771 


1.968 


2.165 


30 


0. 192 


0.385 


0.578 


0.770 


0.963 


t.155 


1-345 


1.540 


1-733 


1.925 


40 


0.000 


0.188 


0.376 


0.564 


0.752 


0.940 


1. 128 


X .316 


1-504 


1.692 


50 


0.000 


0.000 


0.184 


0.367 


0.551 


0.735 


0.918 


1. 102 


1.286 


1.470 


60 


0.000 


0.000 


0.000 


0.197 


0.359 


0.538 


0.718 


0.897 


1.077 


1.256 


70 


0.000 


0.000 


0.000 


0.000 


0.175 


0.350 


0.525 


0. 700 


0.875 


1.049 



STEAM PIPES 

Heated body of cast iron, r=o.648, being the radiating and absorbing power of 
bodies, in units of heat per square foot, for a difference of i*^ Fah. 
Units of heat, u, emitted or absorbed, per square foot per hour. 

Units of Heat per Square Foot ter Hour. 



Mean 


Temp. 


temp, t, of 


T or ti. 


heated 


of air 


body. pipe. 


and 


etc. 


walls. 


210 


70 


220 


70 


230 


70 


240 


70 


250 


70 


260 


70 


270 


70 


280 


70 


290 


70 


300 


70 



By Contact. 



Air Quiet. 



130.49 
T42.20 

153.95 
165.90 
178.00 
189.90 
202. 70 
215-30 
228.55 
240.85 



Air Moving. 



217.48 
237.00 
256.58 
279.83 
296.66 
316.50 
337.83 
258.85 
380.91 
401.41 



By Radiation. 



By Radiation and Contact combined 



Air Quiet. 



139.96 

155-27 
169. 56 
184.58 
200. 18 
214.36 
233.42 
251.21 
267.73 
279. 12 



270.49 
297-47 
323-51 
350.48 
378.18 
404 . 26 
436.12 
466.51 
496.28 
519-97 



Air Moving. 



357.48 
392.27 
426. 14 
464.41 

496.84 
530.86 

571-25 
610.06 
648 . 64 
680.53 



HOT WATER PIPES. 

Heated body of cast iron, r=o.648. 

Units of heat, u, emitted or absorbed, per square foot per hour. 







Units of Heat 


PER Square Foot per Hour. 




Mean 


Temp. 

Torti. 

of air 

and 










temp.ti, of 
heated 


By Contact. 


By Radiation: 


By Radiation and 


Contact combined 


body, pipe, 










etc. 


walls. 


Air Quiet. 


Air Moving. 




Air Quiet. 


Air Moving. 


70 


70 

















80 


70 


5-04 


8.40 


7-43 


12.47 


15-83 


90 


70 


11.84 


19-73 


15-31 


27-15 


35-04 


100 


70 


19-53 


32.55 


23-47 


43.00 


56.02 


IIO 


70 


27.86 


46.43 


31.93 


59-79. 


78.36 


120 


70 


36.66 


61. 10 


40. 82 


77.48 


101.92 


130 


70 


45.90 


76.50 


50.00 


95.90 


126. 50 


140 


70 


55.51 


92.52 


59.63 


115.14 


152.15 


150 


70 


65.45 


109. 18 


69 . 69 


135-14 


178.87 


160 


70 


75-68 


126. 13 


80. 19 


155.87 


206.32 


170 


70 


86.18 


143.30 


91. 12 


177.30 


234.42 


180 


70 


96-93 


161.55 


102. 50 


199.43 


264.05 


190 


70 


107,90 


179.83 


114.45 


222.35 


294.28 


200 


70 


119. 13 


198.55 


127.00 


246. 13 


325-55 


210 


70 


130.49 


217.48 


139.96 


270.49 


357-48 



NASON MANUFACTURING COMPANY, NEW YORK. 



4og 



Diameter of main and branch pipes and square feet of coil surface they will supply, in a low 
pressure hot- water apparatus (212°) for direct or indirect radiation, when coils are at different 
altitudes for direct radiation or in the lower story for indirect radiation. 



a, . 

. --. en 


rect 
ation 






DIRECT RADIATION. 








Pipe 
ches. 






Height of Coil above bottom of Boi 


ler, in feet. 




s 


Q 





10 


20 


30 


40 


50 


60 


70 


80 


90 


100 






Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. fl. 




Ya 


49 


50 


52 


53 


55 


57 


59 


61 


63 


65 


68 


0.4417 


I 


87 


89 


92 


95 


98 


lOI 


103 


108 


112 


116 


121 


0.7854 


iX 


136 


140 


144 


149 


153 


158 


161 


169 


175 


182 


1 89 


1.227 


1/2 


1 96 


202 


209 


214 


222 


228 


235 


243 


252 


261 


271 


1.767 


2 


349 


359 


370 


380 


393 


405 


413 


433 


449 


465 


483 


3-141 


2l/< 


54^ 


561 


577 


595 


613 


633 


643 


678 


701 


727 


755 


4-908 


3 


785 


807 


835 


856 


888 


912 


941 


974 


1009 


1046 


1086 


7.068 


3V9 


1069 


1099 


1132 


1 166 


1202 


1241 


1283 


1327 


1374 


1425 


1480 


9.621 


4 


1395 


1436 


1478 


1520 


1571 


1621 


1654 


1733 


1795 


I 861 


1933 


12.56 


4/2 


1767 


1817 


1871 


1927 


1988 


2052 


2120 


2193 


2272 


2356 


2445 


15-90 


5 


2185 


2244 


2309 


2376 


2454 


2531 


2574 


2713 


2805 


2907 


3019 


19.63 


6 


3T40 


3228 


3341 


3424 


3552 


3648 


3763 


3897 


4036 


4184 


4344 


28.27 


7 


4276 


4396 


4528 


4664 


4808 


4964 


5132 


530S 


54Q6 


5700 


5920 


38.48 


8 


5580 


5744 


5912 


6080 


6284 


6484 


6616 


6932 


7180 


7444 


7735 


50.26 


9 


7068 


7268 


7484 


7708 


7952 


8208 


8482 


8774 


9088 


9424 


9780 


63.62 


10 


8740 


8976 


9236 


9516 


9816 


10124 


10296 


10852 


11220 


11628 


12076 


97-54 


II 


10559 


10860 


1 1 180 


11519 


11879 


12262 


12666 


13108 


13576 


14078 


14620 


95-03 


12 


12560 


12912 


13364 


13696 


14208 


14592 


15052 


15588 


16144 


16736 


17376 


I I 3 . 09 


13 


14748 


15169 


15615 


16090 


16591 


17126 


17697 1 1 8307 


18961 


19633 


20420 


132-73 


14 


1 7104 


17584 


18109 


18656 


19232 


19856 


20528 21232 


21984 


22800 


23680 


153-93 


15 


•9^34 


20195 


20789 


21419 


22089 


22801 


23561 24373 


25244 


26179 


2716S 


176.71 


16 


22320 


22978 


23643 


24320 


25136 


25936 


26464 27728 


28720 


29776 


30928 


201.06 



Dia77ieter of steam supply pipes and square feet of radiating surface they will furnish with 
steam from 9 to 625 feet from the boiler. 



STEAM PRESSURE i LB. PER SQUARE INCH— 215. 5' 



Diam- 






Distance 


of Radiator from Boiler, in feet. 






eter of 


















Pipe in 


















inches. 




















9 


64 


100 


225 


324 


400 


484 


625 




Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


% 


146 


55 


44 


29 


24 


22 


20 


17 


I 


301 


113 


90 


60 


50 


41 


41 


36 


Ik 


529 


198 


158 


106 


88 


79 


72 


63 


1/2 


832 


312 


249 


166 


139 


124 


113 


99 


2 


1707 


640 


512 


341 


284 


256 


233 


205 


2/2 


2982 


1118 


894 


596 


497 


447 


406 


357 


3 


4708 


1765 


1412 


941 


784 


706 


642 


565 


3/2 


6919 


2595 


2075 


1384 


1153 


1037 


942 


828 


4 


9146 


3429 


2743 


1889 


1524 


1371 


1247 


1097 


4/2 


12966 


4862 


3889 


2593 


2161 


1944 


1768 


1555 


5 


17005 


6377 


5101 


3401 


2834 


2550 


2319 


2040 


6 


26628 


9985 


7988 


5325 


4438 


3994 


3631 


3195 


7 


39150 


14684 


1 1 747 


7831 


6526 


5873 


5340 


4698 


8 


54679 


20504 


16404 


10936 


9113 


8202 


7456 


6560 


9 


73659 


27622 


22098 


I473I 


12276 


1 1049 


10044 


8836 


10 


95496 


35811 


28648 


19099 


15916 


14324 


13022 


11459 



4IO 



NASON MANUFACTURING COMPANY, NEW YORK. 



Diameter of steam supply pipes and square feet of radiating surface they will furnish with 
steam from g to 625 feet from the boiler. 



STEAM PRESSURE 3 LBS. PER SQUARE INCH, 222?, 



Diam- 






Distance 


Radiator from Boiler, 


in feet. 






eter of 




































inches. 


9 


64 


100 


225 


324 


400 


484 


625 




Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


% 


240 


90 


72 


48 


40 


36 


32 


29 


I 


494 


185 


148 


98 


82 


74 


68 


59 


IM 


863 


324 


259 


172 


144 


129 


118 


103 


iK 


1361 


510 


408 


272 


226 


204 


185 


163 


2 


2796 


1049 


839 


559 


466 


419 


381 


335 


2K 


4884 


183I 


1465 


977 


814 


732 


666 


585 


3 


7700 


2887 


2310 


1540 


1283 


1155 


1050 


924 


3^ 


11323 


4246 


3797 


2264 


1887 


1698 


1544 


1358 


4 


15819 


5932 


4745 


3164 


2636 


2372 


2157 


1898 


4K 


21226 


7959 


6368 


4245 


3537 


3184 


2894 


2547 


5 


27997 


10361 


8289 


5599 


4666 


4144 


3768 


3315 


6 


44230 


16586 


13269 


8846 


7372 


6634 


6031 


5307 


7 


64013 


24005 


19204 


12802 


10668 


9602 


8729 


7681 


8 


89615 


33605 


26884 


17923 


14936 


13442 


12220 


10754 


9 


120275 


45103 


36082 


24055 


20046 


1 8041 


1 640 1 


14433 


10 


156277 


58604 


46883 


31255 


26046 


23441 


21310 


18753 



Diameter of steam supply pipes and square feet of radiating surface they will furnish with 
steam from 9 to 625 feet from the boiler. 

STEAM PRESSURE 5 LBS. PER SQUARE INCH, 227.5° 



Diam- 






Distance 


f Radiator from Boiler 


in feet. 






eter of 
Pipe in 


































inches. 


9 


64 


100 


225 


324 


400 


484 


625 




Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq ft. 


. Sq. ft. 


% 


288 


IIO 


88 


59 


48 


44 


40 


35 


I 


604 


224 


181 


121 


100 


90 


82 


72 


I^ 


1058 


397 


317 


211 


176 


158 


135 


127 


IH 


1669 


626 


500 


334 


278 


250 


227 


200 


2 


3434 


1288 


1030 


686 


572 


515 


468 


412 


23^ 


5980 


2242 


1794 


1196 


996 


897 


815 


717 


3 


9436 


3539 


2831 


1887 


1572 


1415 


1290 


1132 


?y9. 


13899 


5212 


4170 


2779 


2316 


2085 


1895 


1667 


4 


19430 


7286 


5829 


3886 


3271 


2914 


2649 


2331 


4^ 


25958 


9734 


7787 


5191 


4326 


3893 


3540 


3114 


5 


35133 


13175 


10540 


7026 


5855 


5270 


4791 


4216 


6 


53433 


20037 


16030 


10686 


8905 


8015 


7286 


6412 


7 


78439 


29414 


25531 


15687 


13076 


12765 


I065I 


11412 


8 


109517 


41068 


32855 


21903 


18253 


16427 


14934 


13142 


9 


137053 


55144 


44116 


27410 


25642 


22058 


20052 


J 7646 


10 


191360 


71760 


57408 


38272 


31893 


28704 


26094 


22g63 



NASON MANUFACTURING COMPANY, NEW YORK. 



411 



Diameter of steam supply pipes and square feet of radiating surface they will furnish with 
steam from 9 to 625 feet from the boiler. 



STEAM PRESSURE lo LBS. PER SQUARE INCH, 240^ 



Diam» 




Distance of ] 


Radiator from Boiler, in Feet. 




— 1 


eter of 


















pipe in 
inches. 


9 


64 


100 


225 


324 


400 


484 


625 




Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


Sq. ft. 


% 


366 


137 


109 


73 


61 


55 


50 


44 


I 


752 


282 


225 


150 


125 


112 


102 


90 


I^ 


I312 


492 


393 


262 


218 


196 


179 


157 


1/2 


2074 


777 


622 


415 


345 


311 


281 


249 


2 


4244 


1591 


1273 


848 


707 


636 


57s 


509 


2K 


7436 


2788 


2231 


1487 


1239 


1115 


IOI4 


892 


3 


1 1 702 


4388 


3510 


2340 


1950 


1755 


1595 


1404 


?y9. 


17205 


6452 


5161 


3441 


2884 


2580 


2346 


2064 


4 


24042 


9016 


7212 


4808 


4007 


3606 


3278 


2884 


4K 


32292 


12109 


9687 


6458 


5382 


4843 


4403 


3873 


5 


42013 


17505 


12604 


8402 


7002 


6302 


5729 


5040 


6 


67564 


25337 


20269 


13513 


II 260 


10134 


9213 


8107 


7 


97372 


36514 


29211 


J 9474 


16228 


14605 


13278 


II 684 


8 


136209 


51078 


40862 


27242 


22701 


20431 


18574 


16344 


9 


182955 


68608 


54886 


36591 


30492 


27443 


24948 


21954 


10 


237973 


89240 


71392 


47594 


39662 


35696 


32451 


28556 



A SIMPLE METHOD OF CALCULATING INTEREST. 



If at 6 per cent., multiply the dollars by the number of days, and divide bv 6, and cut off one 
figure on the right, thus: 

Example: What is the interest on $46.25 from April 12 to July 15, which is 94 days ? 

94 

46 



564 

376 

6)4324 



,72 Am. .72 cents. 



If at 7 percent., after following above rule, add \, thus : 72 

1=12 Ans. 84 cents. 



.84 



If at 5 per cent., deduct \, thus: 72 

g- = 12 Ans. 60 cents. 

.60 



412 



NASON MANUFACTURING COMPANY, NEW YORK. 



DISCOUNT TABLE. 



As many of the goods embraced in this book are sold by discounts, or a series of discounts 
from their list of prices, it will be found convenient to refer to a table and ascertain at once the 
equivalent and net remainder. 

For instance, a discount of 50, 10 and <^'/c (erroneously supposed by many to equal 65^) is 
equivalent to S1}^^0j and the net remainder, 42^^. is the multiplier with which to ascertain the 
NET price. 





Discoun 


t. 


Equiv- 




Discount. 


Equiv- 




Discount. 


Equiv- 












Net. 








Net. 








Net. 




Per Cen 


t. 


alent. 

•25 




Per Cent. 


alent, 

i 


■■ 


Per Cen 

35 & TA S 


t. 


alent. 




25 


•75 


30 & 5 & 


2K 


1.35I6 


.6484 


Z7H 


•4438 


•5562 


( ( 


& 2l^ 




.26875 


•73125 


5 


5 


.36825 


•63175 


" lA 


10 


•4589 


•5411 


< 1 


2H&2l^ 


.28 70 


.7130 


5 


lA 


•3849 


.6151 


10 




.415 


585 


<( 


2^^ 


5 


•3053 


.6947 


5 


10 


4015 


.5985 


10 


2y2 


.429& 


•5704 


<1 


2K 


7K 


•3236 


.6764 


" 1% 




•3525 


•6475 


10 


5 


•44425 


•55575 


<( 


2K 


10 


•3419 


.6581 


" 1% 


^y2 


.3687 


.6313 1 


10 


7A 


.4589 


•5411 


c ( 


5 




.2875 


.7125 


" 1% 


5 


3849 


.6151 1 


10 


10 


•4735 


•5265 


<< 


5 


2,1^ 


•3053 


.6947 


" VA 


I'A 


.4009 


.5991 










< ( 


5 


5 


•3231 


.6769 


" 7K 


10 


•41725 


•58275: 


37K 




•375 


625 


<( 


5 


7^ 


3409 


.6591 


" 10 




37 


.63 ! 


" 21^ 




.3906 


.6094 


«< 


5 


10 


•35875 


.64125 


•' 10 


2A 


•38575 


.61425 


2V<, 


2A 


•4059 


•5941 


<( 


7^/^ 




.30625 


•69375 


10 


5 


.4016 


•5985 


" 2K 


5 


.4211 


5789 


< ( 


7^ 


2^^ 


.3236 


.6764 


10 


lA 


.41725 


•58274i 


" 2H 


7A 


•4363 


5637 


i < 


71^ 


5 


•3409 


.6591 


10 


10 


433 


567 


" 2% 


10 


.4516 


•5484 


<( 


7^ 


7K 


•3583 


.6417 










5 




.40625 


59375 


< ( 


VA 


10 


•3756 


6244 


32>^ 




•325 


.675 


5 


2H 


.4211 


•5789 


' ' 


10 




•3250 


.6750 


iVz 




•3419 


.6581 


5 


5 


•4359 


.5641 


( ( 


10 


2M 


•3419 


.6581 


" ^% 


2^ 


•3583 


.6417 


" 5 


7A 


4508 


•5492 


t ( 


10 


5 


•35S75 


.64125 


" 2^ 


5 


•3748 


6252 


5 


10 


.4656 


•5344 


<< 


10 


7^ 


.3756 


6244 


" 21^ 


7K 


.3912 


.6088 


" 7K 




.4219 


•5781 


(( 


10 


10 


•3925 


•6075 


" 2>^ 


10 


.4077 


.5923 


" 1% 


2A 


•4363 


•5637 












" 5 




•35875 


.64125: 


" VA 


5 


4508 


•5492 


27K 






.275 


•725 


5 


2A 


•3748 


.6252 


" lA 


7A 


.4652 


•4348 


' ' 


2K 




.2931 


.7060 


5 


5 


.3908 


.6092 


VA 


10 


•4797 


5203 


<( 


2K 


2H 


.3108 


.6892 


5 


7K 


.4068 


•5932 


10 




•4375 


.5625 


<( 


■^Vz 


5 


.3285 


•6715 


" 5 


ID 


.4229 


•5771 


10 


2K 


.4516 


•5484 


<( 


2K 


7K 


.3461 


•6539 


" 1% 




•3756 


.6244 


10 


5 


.4656 


•5344 


(( 


2>^ 


10 


■363S 


.6362 


VA 


2^ 


.3912 


.6088 


10 


7A 


■4797 


.5203 


(( 


5 




.3112=; 


.68S75 


" 1% 


5 


.4068 


•5932 


10 


10 


•49375 


.50625 


<( 


5 


2K 


•32S5 


•6715 


" VA 


7^ 


.4226 


•5775 










<< 


5 


5 


•3457 


■6543 


" lA 


10 


•4381 


.5619 


40 




.40 


60 


<( 


5 


7>^ 


.3629 


.6371 


10 




•3925 


.6075 


" 2K 




•415 


•585 


<( 


5 


10 


.3801 


.6199 


10 


2% 


.4077 


•5923 


" 2% 


2y2 


.4296 


•5704 


(( 


7>^ 




•3294 


.6706 


10 


5 


.4229 


•5771 


" 2% 


5 


.44425 


•55575 


«{ 


7M 


2M 


.3461 


6539 


10 


VA 


■4381 


,5619 


2Vz 


7A 


•4589 


•5411 


t ( 


1% 


5 


.3629 


6371 


10 


10 


•45325 


.54675 


" 21^ 


10 


■4735 


.5265 


<c 


7K 


7>^ 


•3797 


.6203 








1 
1 


5 




•43 


■57 


<t 


7K 


10 


3964 


.6036 


35 




•35 


.65 ! 


;; 5 


2^ 


44425 


•55575 


tl 


10 




•3475 


•6525 


2l^ 




.36625 


.63375 


5 


5 


•45S5 


•5415 


<< 


10 


2K 


•3638 


.36362 


" 2V2 


2% 


.3821 


6171 


5 


7K 


.47275 


.52725 


« 


TO 


5 


.3801 


.6199 


•• 2% 


5 


•3979 


.6021 


5 


10 


.487 


•513 


iC 


10 


7^ 


•3965 


•6035 


" 2K 


7K 


.4138 


5862 


" 1V2 




•445 


■555 


(( 


10 


10 


41275 


.58725 


2A 


10 


.4296 


.5704 


" 7H 


2K 


•4589 


.5411 












5 




3825 


.6175 


" 1% 


5 


•47275 


•52725 


30 






•30 


70 


5 


2A 


•3979 


.6021 


" VA 


7A 


4866 


•5134 


*' 


2^ 




•3175 


6825 


" 5 


5 


•4134 


.5866 


" VA 


10 


.5005 


.4995 


it 


2>^ 


2K 


•3346 


.6654 


" 5 


7M 


.4288 


•5712 


" 10 




•46 


•54 


t< 


2^ 


5 


•3516 


6484 


5 


10 


•44425 


.55575 


10 


2^ 


•4735 


.5265 


« 


2^ 


7^ 


.3687 


6313 


" 7K 




.39875 


.60125 


10 


5 


.487 


•513 


«« 


2>^ 


10 


•38575 


.61425 


" '3'K 


2^ 


•4138 


.5862 


" 10 


7A 


.5005 


.4995 


<( 


5 




•335 


665 


" 7K 


5 


4288 


.5712 


10 


10 


.524 

1 


.486 



NASON MANUFACTURING COMPANY, NEW YORK. 



413 



DISCOUNT TABLE.— Continued. 



Discoun 


» 


Equiv- 




Discount. 


Equiv- 


Discount. 


Equiv- 










Net. 








Net. 








Net. 


Per Cent. 


alent. 
•425 




Per Cent. 
47>^&IO 


alent. 

•5275 


•4725 


Per Cent. 

55 & 5 & 10 


alent. 
•61525 




42K 




•575 


•38475 


" ^^y^. 




•4394 


.5606 


10 & 


' 2y2 


•5393 


4607 


" 7^ 




•58375 


.41625 


2>^ & 2% 


•4534 


• 5466 


10 


5 


5511 


•4489 


'• VA 


2A 


5942 


.4058 


2% 


5 


.4674 


.5326 


" 10 


iVz 


.5629 


•4371 


" 7H 


5 


.6046 


•3954 


2]/^ 


1% 


.4814 


.5186 


10 


10 


■57475 


42525 


" 7M 


VA 


•615 


•385 


2% 


10 


•4954 


.5046 










" 7^ 


10 


•6254 


.3746 


5 




•45375 


•54625 


50 




•50 


•50 


10 




•595 


405 


5 


2)^ 


.4674 


5326 


" 2>^ 




• 5125 


•4875 


10 


2y2 


6051 


•3949 


5 


5 


4811 


5189 


" 1% 


2^ 


5247 


•4753 


10 


5 


•61525 


•38475 


" 5 


1V2 


4947 


•5053 


" 2l^ 


5 


•5369 


.4631 


" 10 


7K 


.6254 


•3746 


5 


10 


.5084 


.491& 


" 1% 


7^ 


•5491 


•4509 


10 


10 


•6355 


3645 


'• 1% 




.4681 


5319 


" 2^ 


10 


.56125 


43875 










iVz 


1% 


.4814 


.5186 


5 




•525 


475 


siA 




575 


•425 


" 7H 


5 


•4947 


.5053 


5 


2K 


•5369 


.4631 


•' 2K 




.5856 


•4144 


*' lY^ 


73^ 


.508 


.492 


5 


5 


•54875 


•45125 


" 2% 


2A 


596 


.404 


" 7^ 


10 


•5213 


.4787 


5 


iy2 


.5606 


•4394 


" 2% 


5 


.6063 


•3937 


10 




.4825 


•5175 


5 


10 


■5725 


4275 


" 2/3. 


lA 


.6167 


•3833 


10 


2>^ 


•4954 


.5046 


" VA 




•5375 


4625 


" 2% 


10 


.6271 


3729 


" 10 


5 


.5084 


.4916 


V/2 


2^ 


•5491 


4509 


5 




■59625 


•40375 


10 


7^ 


•5213 


•4787 


" 1% 


5 


.5606 


4394 


5 


2A 


6063 


•3937 


10 


10 


.53425 


•46575 


" 7H 


7K 


■5722 


4278 


5 


5 


.6164 


•3836 










'• 7K 


10 


58375 


41625 


5 


lA 


.6265 


•3735 


45 




•45 


•55 


10 




•55 


•45 


•' 5 


10 


.6366 


•3634 


•• 2% 




.46375 


•53625 


" 10 


2K 


•56125 


.43875 


" VA 




6069 


•3931 


2j^ 


2>^ 


4772 


.5228 


" 10 


5 


■5725 


•4275 


" VA 


2% 


.6167 


3833 


" 2l^ 


5 


4906 


•5094 


10 


VA 


•58375 


.41625 


" VA 


5 


.6265 


•3735 


" ^¥2 


7M 


•504 


•496 


10 


10 


•595 


405 


" 1% 


VA 


6364 


3636 


•' 2l^ 


10 


•5174 


.4826 










" VA 


10 


6462 


•3538 


5 




•4775 


•5225 


521^ 




•525 


.475 


10 




•6175 


•3825 


5 


2>^ 


.4906 


•5094 


•' 2% 




•5369 


.4631 


10 


2% 


.6271 


•3729 


5 


5 


.5036 


•4964 


2% 


2>^ 


.5485 


•4515 


10 


5 


.6366 


•3634 


5 


7K 


•5167 


•4833 


" 2% 


5 


.56 


•44 


" 10 


lA 


.6462 


.3538 


5 


10 


52975 


.47025 


" 2/3 


7^ 


5716 


.42S4 


" 10 


lO 


65575 


■34425 


•• iVz 




49125 


50875 


" 2/3 


10 


• 5832 


.4168 










•• 1% 


2^ 


.504 


496 


5 




54875 


•45125 


60 




.60 


•40 


'] 1% 


5 


•5167 


•4833 


5 


2>^ 


56 


•44 


" 2% 




61 


39 


" VA 


7^ 


•5294 


.4706 


5 


5 


• 5713 


•4287 


" 2I/2 


2^ 


•61975 


.38025 


•* 1% 


10 


.5421 


•4579 


5 


VA 


5826 


.4174 


" 2l^ 


5 


.6295 


•3705 


10 




•505 


•495 


5 


10 


5939 


.4061 


2H 


7K 


•63925 


.36075 


" 10 


2>^ 


■5174 


4826 


" 7^ 




.5606 


.4394 


" 2K 


10 


.649 


•351 


" 10 


5 


•52975 


.47025 


1% 


2A 


• 5716 


4284 


5 




.62 


•38 


10 


7^ 


.5421 


•4579 


" iH 


5 


5826 


4174 


5 


2% 


• 6295 


•3705 


" 10 


10 


•5545 


•4455 


" iy2 


lA 


•5936 


.4064 


5 


5 


•639 


• 361 










" 7^ 


10 


6046 


•3954 


5 


VA 


■6485 


•3515 


47K 




•475 


•525 


" 10 




• 5725 


4275 


5 


10 


.658 


342 


" 2K 




.4881 


•5119 


" 10 


2^ 


5832 


4168 


'* VA 




•63 


.37 


" 2>| 


2>^ 


.5009 


.4991 


" 10 


5 


•5939 


4061 


" VA 


2A 


63925 


•36075 


r ^^ 


5 


• 5137 


4863 


" 10 


1% 


6046 


•3954 


" VA 


5 


• 6485 


3515 


*' 2^ 


7K 


.5265 


■4735 


** 10 


10 


■61525 


38475 


V4 


lA 


•65775 


.34225 


•* 2>^ 


10 


•5393 


.4607 










" 7K 


10 


.667 


•333 


5 




.50125 


49875 


55 




•55 


45 


10 




64 


•36 


5 


2^ 


.5137 


•4863 


" 2% 




•56125 


43875 


10 


2y2 


649 


•351 


5 


5 


.5262 


.4738 


2% 


2^ 


5722 


.4278 


10 


5 


.658 


•342 


5 


7>^ 


.5386 


.4614 


" 2% 


5 


5832 


4168 


10 


VA 


.667 


■333 


5 


10 


.5511 


•4489 


- 2% 


iVz 


5942 


4058 


10 


10 


.676 


324 


•• VA 




5144 


4856 


" 2>^ 


10 


.6051 


.3949 










" VA 


2>^ 


.5265 


•4735 


5 




•5725 


.4275 


62^ 




625 


•375 


" 7^ 


5 


• 5387 


•4613 


5 


2y2 


.5832 


4168 


" 2A 




•6344 


.3656 


" 7^/^ 


1% 


.5508 


•4492 


5 


5 


•5939 


4061 


" 2l^ 


2A 


•6435 


•3565 


7>^ 


10 


.5629 


•4371 


5 


7^ 


6046 


•3954 


" 2/3 


5 


.6527 


.3473 



414 



NASON MANUFACTURING COMPANY, NEW YORK. 



DISCOUNT TABLE.— Continued. 





Discouut 




Equiv- 


Net. 


Discount 




Equiv- 


Net. 


Discount 




Equiv- 


Net. 




Per Cent 


:7M 


alent. 




Per Cent 




alent. 


•2779 7^ 


Per Cent 

lYz & 10 





alent. 
■7525 




62 


.6618 


•3382 


67K&5 & 


10 


.7221 


.2475 




' 2^ 


10 


.6709 


.3291 


" 7M 




.6994 


. 3006 


10 & 


2>^ 


•7587 


.2413 


5 




.64375 


•35625 


" iy2 


2^^ 


.7069 


.2931 


10 


5 


.7649 


•2351 


5 


2K 


.6527 


•3473 


- 1% 


5 


.7144 


.2856 


10 


7K 


.7711 


.2289 


" 5 


5 


.6616 


• 3384 


" 7K 


7K 


.7219 


.2781 


10 


10 


•77725 


.22275 




' 5 


73^ 


6705 


•3295 


" 73^ 


10 


•7294 


.2706 












5 


10 


.6794 


.3206 


" 10 




•7075 


•2925 7 


5 




.75 


•25 




• 7^ 




•6531 


• 3469 


" 10 


2K 


.7148 


.2852 • 


* 2K 




•75625 


•24375 




• 7K 


2K 


.6618 


•3382 


" 10 


5 


.7221 


•2779 


' 21^ 


2^ 


.76234 


.23766 




' 7^ 


5 


.6705 


• 3295 


10 


1% 


7294 


.2706 ' 


' 21^ 


5 


.7684 


.2316 




• 7M 


7^ 


.6791 


.3209 


10 


10 


•73675 


■26325^ ] 


2!^ 


7K 


•7745 


•2255 




' 7y2 


10 


.6878 


.3122 










' 21^ 


10 


.7806 


.2194 




' 10 




.6625 


•3375 


70 




.70 


•30 


5 




•7625 


•2375 


*' 10 


2>^ 


.6709 


.3291 


" 2K 




•7075 


.2925 


5 


2K 


.7684 


.2316 




10 


5 


.6794 


3206 


" 21^ 


2K 


.7148 


2852 


5 


5 


•7744 


2256 




10 


7K 


.6878 


.3122 


" 2^ 


5 


.7221 


•2779 


5 


I'A 


•7803 


•2197 




10 


10 


.69625 


.30375 


" 2l^ 


IV^ 


7294 


2706 


5 


10 


.78625 


•21325 












'• 2K 


10 


.73675 


.26325 ' 


' 1% 




.76875 


.23125 


65 




.65 


•35 


5 




•715 


.285 


' 7^ 


^'4 


•7745 


2255 


' 


2K 




•65875 


•34125 


5 


2K 


.7221 


•2779 


' 1% 


5 


•7803 


•2197 


< 


2H 


2% 


.6673 


3327 


5 


5 


.72925 


•27075' ' 


' 7^ 


1% 


.7861 


•2139 


( 


2^ 


5 


.6758 


3242 


" 5 


1% 


•7364 


.2636 


' 7K 


10 


.7919 


.2081 


* 


2K 


73^ 


.6843 


3157 


5 


10 


.7435 


•2565 


* 10 




•775 


.225 


< 


2K 


10 


.6929 


.3071 


" 1% 




.7225 


•2775 


' 10 


2K 


.7806 


•2194 


< 


5 




.6675 


•3325 


" 1% 


2K 


•7294 


.2706 * 


' 10 


5 


.78625 


•21375 


< 


5 


2^ 


.6758 


3242 


" 7M 


5 


.7364 


.2636 


* 10 


1% 


.7919 


.2081 


( 


5 


5 


.6841 


•3159 


" 73^ 


iVz 


•7433 


•2567 


10 


10 


•7975 


.2025 


<i 


5 


7^ 


6924 


3076 


" 7^ 


10 


•75025 


24975 










ti 


5 


10 


.70075 


29925 


10 




•73 


• 27 7/ 


'^ 




•775 


.225 


< < 


rA 




.67625 


•32375 


" 10 


2>^ 


•73675 


.26325 * 


' 2l^ 




.7806 


.2194 


.1 


1% 


2^ 


.6843 


•3157 


10 


5 


•7435 


•2565 1 ' 


' 21^ 


2K 


.7861 


.2139 


< ( 


1% 


5 


.6924 


3076 


'• 10 


7K 


•75025 


•24975 ' 


' 2l^ 


5 


.7916 


.2084 


<< 


7K 


7K 


.7005 


2995 


10 


10 


•757 


•243 


' 2l^ 


1% 


.7971 


.2029 


< < 


7^ 


10 


.7086 


.2914 










' 2H 


ID 


.8026 


.1974 


< 1 


10 




•685 


315 


72K 




•725 


•275 


5 




.78625 


21375 


•' 


10 


2K 


.6929 


.3071 


'• 1% 




.7319 


.2681 


5 


2^2 


.7916 


2084 


< 


10 


5 


• 70075 


•29925 


" 21^ 


2K 


.7386 


.2614 ' 


5 


5 


.7969 


.2031 


< < 


10 


7^ 


.7086 


.2914 


" 21^ 


5 


•7452 


.2548 ' 


5 


7K 


.8023 


.1977 


< 


10 


10 


.7165 


•2835 


'• 1% 


7K 


752 


.248 


5 


10 


.8076 


.1924 












•' 2l^ 


10 


.7587 


.2413 


♦ 1% 




.7919 


.2081 


67K 




.675 


•325 


5 




.73875 


.26125 


' 7^ 


2^ 


.7971 


2029 


( < 


2>^ 




.6831 


.3169 


5 


2K 


•7453 


■2547 


• M 


5 


.8023 


.1977 


< 


2K 


2K 


.691 


•309 


5 


5 


.7518 


.2482 


' 7K 


7K 


.8075 


1925 


< 


2^ 


5 


.699 


.301 


5 


7K 


.7583 


.2417 


' 1V2 


10 


.8127 


.1873 


• 1 


2l^ 


7K 


. 7069 


.2931 


5 


10 


.7649 


•2351 


10 




7975 


.2025 


(1 


2K 


10 


.7148 


,2852 


" 7K 




.7456 


•2544 


' 10 


2)^ 


.8026 


•1974 


< 


5 




•69125 


•30875 


" 1% 


2K 


■752 


.248 


' 10 


5 


.8076 


.1924 


« 


5 


2K 


•699 


.301 


" 1% 


5 


•7583 


.2417 


10 


1% 


.8127 


. 18-73 


( t 


5 


5 


.7067 


•2933 


" 7K 


1% 


.7647 


■2353 


10 


10 


.81775 


.18225 


< 


5 


71^ 


.7144 


.2856 


" VA 


10 


7711 


.2289 











NASON MANUFACTURING COMPANY, NEW YORK. 



415 



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NASON MANUFACTURING COMPANY, NEW YORK. 



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American Practice of Warming Buildings by Steam. — Pages 382-396. 



I N DEX. 



I\ PAGE 

"A" Nash Water Meter 33i 

"A A" Nash Water Meter 331 

Acorn, Awning 51 

End Piece for Rail. 332-333 

50 

95 
221 

16 

15 



" Railing -' 

Acton Pressure Regulators 

Adamas Gas Burners 

Adjustable Eave Trough Hangers 

" Elbows 

" Floor and Ceiling Plates... 62-63 

" Hangers, Shafting 2S4-286 

'* Pipe Tongs 246 

" Sink Brackets 165 

" Stocks and Dies 251-254 

Agate Enameled Sinks 1 70A 

Air 396 

" Brake Hose 224 

" Cocks 117-118 

" Propellers 310 

** Valves, Radiator 86-89 

Albany Grease 130 

Alert Double Acting Force Pumps 317 

Alligator Wrench 243 

All Iron Cocks 72 

" Asbestos Packed 73 

Gate Valves, Asbestos Seat 73 

" " Chapman 75 

" " Kennedy 77 

Allison Drive Well Pipe 10 

Allston Wrench 242 

Altitude Gauge 115 

Aluminum Bronze 130 

American Air Valves 88 

" Feed Water Heaters 295 

Jr. Air Valves . 88 

'* Long Screws 32 

" Marbled Combined Slabs and 

Basins 161 

American Pattern Steel Baths 143 

" Practice of Warming Build- 
ings 382-416 

American Radiators 371-380 

'* Union 49 



PAGE 

Ames Steel Scoops . 264 

Ammonia Cocks, Asbestos Packed 73 

" Coils 341 

Fittings 336-340 

" Flange Unions 338 

" Gate Valves, Asbestos Seat.. 73 

" *' Chapman 75 

" " Kennedy . 77 

" Gauge, Automatic 340 

" Gauges ii's 

" Headers 339 

" Pressure and Vacuum Gauges 340 

' ' Strainers 339 

" Valves and Fittings, 

Nason's 336-340 

Angle Check Valves 66-67 

" Jenkins Bros _ 70 

Pipe Vise 238 

Radiator Valves 81-85 

Safety Valve':, Standard 65 

Valves, Ammonia 337 

Valve, Brass, Standard 64 

Valves, Greenhouse 204 

Valve, I. B. B. M. Standard 65 

Valves, Jenkins Bros. 68 

" Lunkenheimer 80 

Anti-Freezing Well Lift Pumps 316-31S 

Apparatus, Water Closet 150-155 

Argand Burner . 222 

Armoring Hose, Price for 224 

Armstrong Adjustable Stocks and 

Dies 251-253 

Armstrong Hinged Pipe Vise 239 

" Pipe Cutter 248 

Artesian Well Casing . 12 

Asbestos Cement Felting 129 

" Disc Globe and Angle Valves, 66 

" Fibroid Plastic Covering 131 

" " Sectional Blocks 131 

" Gaskets 129 

Mill Board 129 

" Packed Ammonia Cocks 73 

" " Brass Cocks 73 

Iron " 73 



4iS 



NASON MANUFACTURING COMPANY, NEW YORK. 



General and Practical Information Pertaining to Steam and 
Hot Water Heating. — Pages 382-416. 



pagp: 
Asbestos Paper 130 

" Piston Rod Packing 128 

" Seat Gate Valves, Brass and 

Iron Body . . . 66 

" Seat Gate Valves, all Iron 73 

" Wick Packing 128 

Ash Cans 264 

Augers 260 

Automatic Air Valves .- 86-89 

" Ammonia Gauge 340 

" Boiler Feeder 335 

■" Engine Governors 288 

" Expansion Tank__ 140A 

Feed Pumps and Receivers-313-314 
" Inspirators and Injectors. -303-304 

" Pressure Regulators, steam 

and w^ater 93-96 

" Self-Closing Water Gauge.. 122 

" Steam Traps 298-302 

Awning Frame Fittings 51 

B 

Babbitt Seat Gate Valves 74-75 

Back Outlet Return Bends, C.I 23 

" Pressure Valves, Davis 91 

" " Kieley 91 

Standard 65 

" Water Traps 203 

Backs, Sink 170A-172 

Balanced Disc Valves, Quick Opening. 92 

" Governor Valve, " " _ 92 

Ball Cocks 159 

" Handle Finished Bibbs 178 

" Pattern Safety Valves 99 

" Pene Hammers 260 

Balls, Copper 159 

Baltimore Oil Cans 296 

Bands, Soil Pipe 201 

Barnes Pipe Cutter 247 

Barrows 265 

Base, Awning_ 51 

" Jack, Hydraulic 270 

Basin Clamps 173 

" Cock, Lyons-Fuller 192B 

" Self-Closing 192A 

" Cocks 177 



PAOK 

Basin Joint 173 

" Plugs 173 

" Stoppers 174 

" Traps... ._ 166 

" Wrench . 233 

Basins, Wash 160-164 

Bastard Files 261 

Bat Wing Burners 221 

Bath Cocks 176 

" Shower 142 

" Sprinklers. 167 

" Stoppers 174 

" Tub Waste & Overflow 192A 

" Tubs 142-146 

Baths, Galvanized Steel . 143 

" Porcelain Enameled 144-146 

Baxter's Adjustable S Wrench 243 

Beaton Ceiling & Floor Plates 62 

Beekman Steel Scoops . 264 

Bell and Spigot Main Pipe 11 

Bell End Water Gate, Kennedy. 78 

Belt Awls 130 

" Dressing 130 

" Lace 287 

Belting 287 

Bender, Pipe 236 

Bending Pin 233 

Bends, Drainage. Recessed 36 

' ' Earthen Drain 203 

" Gas 21 r 

" Lead 193 

" Leader Pipe 14-16 

Soil Pipe 196 

Bibb Ends, Hose 229 

" Washers 167 

Bibbs, Ball Handle 178 

" Compression 187-188 

" Flange and Thimble 187-188 

" Fuller 191 

" Plain 178-179 

" Self-Closing 192 

" Steam 119 

Wash Tray 187-188 

Birkery Ball Cock 159 

Black Steel Storage Tanks 140A 

Blackman Ventilating Wheels 31c 



NASON MANUFACTURING COMPANY, NEW YORK. 



419 



Hot Water Heating — Theory of Circulation. — Page 390. 



PAGE 

Blacksmiths' Forges -- 266 

Blake Pipe Hangers 60 

Blast Furnace, Plumbers 236 

Block and Fall 268-269 

Block Tin Pipe 193 

Blocks, Pulley 268-269 

Blow Pipe 230 

" Torch 236 

Blowers 308-310 

Blue Enameled Sinks..- 170A 

Boiler and Engine Combined 275 

" Couplings, Range 141 

" Covering 131 

" Feeder, Low Pressure 335 

** Feed Pump, Goulds. 317 

" " " Nason's 315 

" " " Worthington 311 

" " Pumps and Receivers 313-314 

" Galvanized Iron, with Coil 140 

" Horizontal Tubular 272-273 

Makers Ratchet 255-256 

" Range I37-I39 

" Stacks 273 

'• Stands 141 

" Tube Cleaners 262-263 

" " Expanders 271 

" Tubes 7 

' * Vertical 274-275 

Bolts — 132-135 

" Expansion 134-135 

" Tap 133 

Boots, Cast Iron 15 

Boss Washers 167 

Bossing Stick 23 c 

Boston Self Closing Basin Cock 192A 

Pantry " 192A 

Bottoming Tap 257 

Bowsky's Plumbers' Furnace 236 

Box-Base Radiators 360-364 

Box Coils 342 

Boxes, Stop Cock 325 

Boyle Ammonia Unions 338 

Brace Tee, Awning 51 

Braces, Gutter 16 

Bracket Bodies .. 209 

Cock 206 



PAGE 

Brackets, Foot Rail 332-333 

" Gas 211-212 

" Lavatory 165 

" Sink 165 

Braender Cellar Drainer 328 

Branch Tee Headers, Ammonia 339 

" Tees, Cast Iron 27-28 

" " Greenhouse 204-205 

" " Ornamental 52 

Branches, Drainage, Recessed 36 

'* Earthen Drain 203 

" Greenhouse 204-205 

" Soil Pipe 199-200 

Branches Y, Cast Iron 23 

Brass Brine Cock 339 

Burners, Gas 221 

Butterfly Valves 98 

Chandelier Hooks 209 

67 
70 
78 
66 

71 

73 

192A 

90 



Check Valves 

" Jenkins Bros 

" Kennedy 

" Pratt and Cady 

Cocks 

" Asbestos Packed . 

Combination Wash Tray Waste. 
Expansion Joints 



Fittings, Extra Heavy. 
*' Finished 



Ferrules 195 

54 

53 

Rough 53 

Flange Unions 53 

Gate Valves, Asbestos Seat 66 

" Chapman 74 

" Kennedy 76-78 

*' Ludlow 79 

" Lunkenheimer 80 

Guards for Water Gauges 123 

Head Air Cock 86 

Horizontal Check Valve 66 

Hydraulic Valves and Fittings. . 34 

Jacket Well Points 320 

Lavatory Brackets 165 

" Legs 166 

Nipples 53 

Pillars 221 

Pipe 54 



420 



NASON MANUFACTURING COMPANY, NEW YORK. 



Treatise on Ventilation of Buildings. — Page 388. 



PAGE 

Brass Pipe Bender 236 

" " Cutter 248 

" " Wrench 244 

'* Plug Cocks.. 72 

•' Radiator Valves 81-85 

" Railing Fittings 50 

" Return Bends 53 

" Safety Chain 167 

" " Valves, Low Pressure — 99-100 

" Seamless Tube Cylinders 319 

" Throttle Valves, Lunkenheimer. 80 

Standard 98 

" Traps for Combination Wash 

Tray Waste 192A 

" Valves, Asbestos Disc. .- 66 

** " Jenkins Bros --. 68-70 

" " Lunkenheimer 80 

Standard -.. 64 

" Wheel Air Cock 86 

Bray Burners 221 

Breast Drills 260 

Brewers Hose 224 

Brine Cock . 339 

" Coil Return Bends 339 

" Coils 341 

" Return Bends 339 

Bronze Powder 130 

Brown's Adjustable Pipe Tongs 246 

Brown Glazed Kitchen Sinks 169-170 

" Wash Tubs 168 

Brushes, Flue 262-263 

Buffalo Blowers 308-309 

" Portable Forges 266 

Burners, Gas 221 

Burner Pliers 246 

Bushings, Cast Iron 22 

" Brass 53 

" Malleable... 46 

Butler's Pantry Sink 170 

Butterfly Valves 98 

c 

Caldrons — 307 

Caldwell Patent Hose Strap 228 

Calendered Iron and Steel Shafting — 277 



PAGE 

Calipers 231 

Calking Chisels 234 

Candle Clusters, Gas 217 

Candlestick, Plumbers 232 

Cans, Ash 264 

" Oil 296 

Canvas 130 

Cape Chisels 233 

Caps, Brass-. 53 

Cast Iron 22 

" Drive 320 

' ' Malleable - 3 7-43 

Casing, Well 12 

Cast Iron Awning Fittings 51 

" Bell and Spigot Pipe.. 11 

" Boots 15 

" Couplings 32 

" Drainage Fittings 36 

" Fittings, Extra Heav)'' 33-34 

" '* Flanged _-. 55-59 

" *' Galvanized 24 

** " Hydraulic 34 

" " Long Turn 35 

" " Ornamental 52 

'* " for Spiral Pipe 13 

" " " Wrought Iron 

Pipe, Screwed. 17-25 
" Flanged Fittings Extra Heavy 58-59 

" Flanges 25-26 

" " Extra Heavy 59 

" Pots for Glue Heater 334 

" Pressure Pipe 11 

Pulleys 278-281 

" Return Bends 23 

" Sink Backs 172 

" Sinks 170B-172 

' ' Soil Pipe and Fittings 196-202 

'•' Steam Kettles 305-306 

" " and Water Radiators. 371-380 

" Washers 136 

Ceiling, Plates 62-63 

Cellar Drainers 3-8 

Celluloid Cistern Pulls 167 

Cement Felting, Asbestos 129 

Cess Pool Plates ■ 202 

' ' Pools 202 



NASON MANUFACTURING COMPANY, NEW YORK. 



421 



Treatise on Air, Steam, Heat, Hydraulic, Horse Power, 
Combustion, Etc. — Pages 399-405. 



PAGE 

Chain Hoists 268-269 

** Jack and Safety 167 

" Stays 177 

" Tongs, Robbins 245 

Champion Return Steam Trap and 

Boiler Feeder 302 

Chandelier Hooks, Brass 209 

Malleable 37-47 

Chandeliers 213-216 

Chapman Gate Valves 74-75 

Charcoal Iron Boiler Tubes 7 

Cheap l*attern Damper Regulator 290 

" Tube Expanders. _ 271 

Check Valves, Ammonia 337 

67 
34 
67 
70 
78 
66 
66 

lOI 



Brass 

Hydraulic 

Iron Body 

Jenkins Bros 

Kennedy 

Straightway, Brass 

IronBody 

Chime Whistles.. 

Chipping Knife -- 231 

Chisels - -233-234 

Christoffel's Coil Tube Cleaner 262 

" Elliptical Flue Scraper 262 

Chronometer Valves . 98 

Circular Coils 341-343 

" Radiators Nason 368 

Cistern Pulls . 167 

" Suction Pumps 316 

Cisterns, Water Closet 156-158 

Clamps, Basin 173 

" Basin Plugs 173 

" Climax Steam Joint 48 

" Hose 229 

Clark Damper Regulator, High Pres- 
sure .. 290 

Claw or Ground Lifting Jack 270 

Cleaners, Tube 262-263 

Climax Cellar Drainer 328 

" Damper Regulators 289 

" Ratchet Stock 259 

Wrench 243 

*' Steam Joint Clamp 48 

Clip Gate Valves ._ 80 



PAGE 

Close Nipples 31 

" Return Bends, Brass 53 

" Extra Heavy 54 

Cast Iron 23 

Malleable 37, 45 

Closet Ball Cocks 159 

" Cistern Pulls 167 

" Seats 156-158 

" Tanks. 156-158 

Closets, Hopper 149 

" Water I47-I55 

Cloth Insertion Gaskets 129 

" " Packing 129 

Clusters, Gas 217 

Coach and Lag Screws 132 

Coal Borrows 265 

Cock, Basin, Lyons-Fuller 1926 

" Self Closing 192 A 

Bath 176 

" Brass, Steam and Gas 7i~72 

Brine 339 

" Compression Gauge 121 

" " Stop 189-190 

" Corporation 186 

Cylinder 118 

" Gas, Extra Heavy 210 

" " Service 206-210 

" ' Gauge 121 

" Hydrant 184-185 

" Iron 72 

" " Extra Heavy __ 72 

" Lock, Gas Service 71 

" Meter and Union Meter 71 

" Pantry 192A 

" Self Closing 192 A 

Sill 189 

" Steam Gauge 116 

Urinal 158B 

" Water Gauge _ 121 

" Wrenches 46 

Cocks, Air 11 7-1 18 

" Ammonia, Asbestos Packed... 73 

*' Asbestos Packed 73 

Ball 159 

" Basin 177 



422 



NASON MANUFACTURING COMPANY, NEW YORK. 



Important Properties of Familiar Substances. — Page 406. 



PAGE 

Code For Ordering Pipe 6 

Coe Wrench 242 

Coils - - - - 341-343 

*' Ammonia and Brine 341 

Coil Feet 52 

** Fittings, Ornamental 52 

" Stands 30 

Cold Chisels 233 

Collars, Shafting 286 

Columbia Pressure Recording Gauge 127 

Column Radiators, Cast Iron 380 

" " Nason 369 

Columns, Water 124-125 

Combination Pipe and Bench'Vise 237 

" Wash Tray Waste 192A 

Combined Boiler and Engine 275 

" Drill, Reamer and Tap 257 

" Slabs and Basins. it)i 

Combustion _ 403 

Common Cast Iron Flanges 25 

" Lubricators 104-1 10 

*' Overflow Basins 160 

*' Pipe Tongs 246 

'* Stocks 254 

** Whistles loi 

Compass Saws 231 

Compasses 232 

Compound Whistle Valves 100 

Compression Basin Cocks 177 

" Bibb Washers 167 

Bibbs 187-188 

" Couplings, Shafting 286 

" Double Bath Cocks 176 

" Guage Cock 121 

" Hydrants 323 and 326 

Sill Cocks 189 

" Stops 189-190 

** *' with Loose Key 190 

" Urinal Cocks 158B 

" Wash Tray Bibbs 187-188 

Compressor, Lubricators 105 

Conductor Pipe and Fittings 14-16 

" Strainers 16 

Connected Waste and Overflow 192A 

Convertible Screw Block.. 269 

Copper Balls 159 



TAGE 

Copper Bath Tubs 142 

" Expansion Joint go 

" Glue Pots 334 

" Leader Pipe and Fittings 15 

" Pantry Sinks - 170 

Pipe-- 54 

" " Benders 23b 

" Cutter 248 

Pots for Glue Heater 334 

" Range Boilers 139 

Sinks lyo 

Copperized Steel Filler 1 12-1 13 

" *' Oilers 111-113 

" " Tallow Pot 112-IT3 

Coppers, Soldering 234 

Corner Fitting, Foot Rail 332-333 

" Mitres, Eave Trough 16 

" Radiators, Cast Iron 3S0 

" Radiator Valves 84 

" Sinks, Cast Iron 172 

" Urinals 158A 

Corporation Stop Cocks 186 

Corrugated Copper Expansion Joints . . 90 
Leader Pipe and 

Fittings 15 

" Leader Pipe and Fittings.. 14 

" Metal Gaskets 129 

Cotton Hose 224 

" Packing 12S 

" Waste 129 

" Wicking.. 128 

Couplings, Ammonia. 338 

" Brass 53 

" Cast Iron 32 

" " Reducing 20 

Drive Well 320 

' ' Greenhouse Pipe _ 204-205 

" Hose 224 

" Hydraulic 34 

" Malleable 37 and 44 

" Offset Reducing, C. I 22 

" Ornamental 52 

" Pump Rod 46 

" Range Boiler 141 

Shafting 285-2S6 

" Siamese Hose 229 



NASON MANUFACTURING COMPANY, NEW YORK, 



423 



Elastic Force, Temperature and Volume of Steam.— Pages 407-411. 



PAGE 

Couplings, Sink - 202 

" Valve 174 

Wash Stand 173 

" Tray 173 

" Wrought Iron 32 

Covering, Sectional 131 

Crandall's Packing 128 

Cross Valve, Brass, Standard 64 

I. B., B. M. Standard 65 

" " Jenkins Bros 68 

Crosses, Ammonia 338 

" Brass 53 

" " Extra Heavy 54 

" Cast Iron _• 20 

" " " Extra Heavy 33-34 

" Flanged 55-59 

" Hydraulic.-. 34 

Long Turn 35 

" Malleable 37, 41 

'' Railing 50 

" for Spiral Pipe 13 

Crow for Drilling and Tapping 260 

Crown Water Meter 330 

Crystal Enameled Sinks 1 70A 

Cupola Blowers 309 

Cups, Grease and Oil log-iio 

Curtis Pipe Cutter 248 

" Pressure Regulators 94 

Curved Radiators, Cast Iron 380 

Cut Lace 287 

Cutter, Gauge Glass 123 

Cutters, Pipe 247-248 

" Washer 232 

Cutting Nippers 232 

" Oil 130 

" Pipe, Price fcr --. 10 

" Pliers 232 

Cylinder Cocks 118 

" Oil 130 

Cylinders, Pump 319 

D 

Damper Regulators 289-292 

" •' with Safety Attach- 
ment 291 

Dart Flange Unions 48 



pa(;e 
Dart Unions 48 

Davis Automatic Air Valves 86 

Deane Automatic Feed Pump and Re- 
ceiver 313 

Deck Screws 174 

Deep Well Pump Cylinders 319 

Detroit, Flue, Steam and Water Ra- 
diators 380 

Detroit Ornamental Fluted Steam and 

Water Radiators 374 

Detroit Plain Fluted Sleam and Water 

Radiators 375 

Detroit Radiator Valves 85 

' ' Sight Feed Lubricators 104-105 

" Union Elbow, Hot Water 85 

Diamond Nose Chisels 233 

Die Stocks = 249-254 

" " Forbes 249-250 

Dies 251-254 

Differential Pulley Blocks 268-269 

Dining Room Radiator 365 

Direct-Indirect Radiators, Cast Iron.. 380 

" " Nason 360-364 

Discs, Jenkins Bros 70 

Doherty Self-Closing Work 192-192A 

Double Acting Force Pumps, Alert 317 

" Lift and Force Pump.. 315 

Bath Cocks 176 

Cone Coils 343 

Edge Saws. _ 231 

End Heater Coils--. 343 

Expansion Screw Bolt 134 

Extra Heavy W. I. Pipe 8 

Face Hammers 260 

Galvanized Spiral Riveted Pipe 13 

Gate Valves, Kennedy 76-78 

" " Ludlow 79 

Hub Soil Pipe 196 

Hubs, Greenhouse 204-205 

" Soil Pipe 201 

Jacket Steam Kettles 305-306 

Swing Brackets. 211 

Tube Injectors 304 

Drainage Fittings 36 

Drainers, Cellar 328 

Drain Pipe, Earthen 203 



424 



NASON MANUFACTURING COMPANY, NEW YORK. 



Interest and Discount Tables. — Pag-es 411-415. 



I'AGE 

Dressers, 231 

Drift Plug - 231 

Drill, Reamer and Tap Combined 257 

" Sockets and Sleeves, 258 

Drilling and Tapping Crow 260 

Drills 257 

Breast 260 

" Morse Twist 258 

Ratchet 255-256 

Drip Trays 175 

Drive Well Caps 320 

" Couplings. 320 

Pipe 10 

" Points 320 

Drop Elbows 37-42 

" " Brass 53 

" Feed Lubricator 106 

" Light Socket 223 

' ' Tees, Malleable 37-43 

Dudgeon's Hydraulic Jacks _ 270 

" Tube Expanders 271 

Duplex Pattern Radiator, Nason 370 

" Plunger Pump 312 

Duster, Plumbers 230 

E 

Earthen Drain Pipe 203 

Earthenware Hoppers 149 

Urinals 158A 

Eave Trough 16 

" Trough Hangers 16 

Eccentric Cast Iron Flanges 25 

" Reducers 22 

Eclipse Sectional Rainbow Gaskets 129 

Eighth Bend Ferrules 195 

" Bends, Soil Pipe 196-199 

Ejectors 327 

Elbow Burner Cock 206 

Elbows, Adjustable 15 

" Ammonia 337 

" Brass.- 53 

" Brass, Extra Heavy ._ .. 54 

" Cast Iron 19-21 

" Copper Leader 15 

" Drainage, Recessed 36 

*• Earthen Drain 203 



PAGE 

Elbows, Extra Heavy Cast Iron 33-34 

" Flanged, Cast Iron.. 55-59 

Four-Piece, Stiff _ 15 

" Greenhouse 204-205 

" Hydraulic . 34 

'* Leader Pipe 14-15 

Long Turn... 35 

** Malleable 37-39 

" Ornamental 52 

" Railing 50 

** Rubber, 194 

" Soil Pipe 196-199 

" For Spiral Pipe 13 

" Union 49 

Hot Water 85 

Electric Belt Dressing 130 

Elevator Valve, Quick Opening 92 

Eliminator, Hine 293 

Ely sian Roll Rim Bath 146 

Embossed Syphon Jet Closet 148 

" Washout Clo:ets 147 

Empire Burners, Gas 221 

" Packing 128 

Enameled Cast Iron Sinks 171-172 

" Iron Drip Trays 175 

" " Hoppers 149 

" " Lavatories 163-164 

' ' Porcelain Baths 144-146 

" Wrought Steel Sinks 170A 

End Finish Fitting, Foot Rail 332-333 

Engine Governors 288 

" Horizontal ._. 276 

" Lubricators 104-110 

" Oilers-. 107-108 

** Vertical 275 

Engineers' Favorite Flue Cleaner 262 

" Hammers 260 

" Oiler, American Pattern ..iii-i 13 

" Set III 

" Steel Filler 112-113 

Equator Steam Heater 344-352 

Eureka Automatic Air Valves 87 

" Gum Core Packing 128 

*' Pressure Regulators 94 

Excelsior Steam Radiators 380 



NASON MANUFACTURING COMPANY, NEW YORK. 



425 



Tables for Computing Dates and Wages. — Pages 415-416. 



PAGE 

Exhaust Heaters 295 

" Pipe Heads.- 297 

* ' Separators 293-294 

Exhausters, Air 308-310 

Expanders, Tube 271 

Expansion Bolts 134-135 

" Joints 90 

" Plates - 29 

" Tank, Greenhouse 204 

** Tanks, Hot \v ater. 140-141A 

Extension Pieces 37> 44 

** Valve Boxes 322 

Extra Gauges for Boiler Tubes 7 

" Heavy Brass Cocks 71 

" Fittings 54 

Cast Iron Fittings 33-34 

Ferrules 195 

Flanged Fittings 58-59 

Flanges 59 

Galvanized Boilers With 

Coil 140 

Gas Fixture Fittings 210 

Iron Cocks 72 

Range Boilers. 137-139 

Soil Pipe and Fittings.. 196-202 

Wrought Iron Pipe 8 

"Coils 341-343 
Rock Wool 129 



Fans, Ventilating 

Fastener, Hose Strap 

Feed Pump and Receivers. 3 

' ' Water Heaters 

Feeder, Low Pressure Boiler. 

f'e It, ,Hair 

Felting, Asbestos Cement 

Ferrules, Brass 

Fibre Washers 

Fibrous Gaskets 

File Handles 

Files 

Filler, Engineers i 

Filter, Oil 

Finished Brass Fittings 

" Shafting 



310 
229 
13-314 
295 
335 
131 
129 

195 
167 
129 
261 
261 
12-113 
296 

53 

277 



PAGE 

Fire Hydrants 322 

Firmer Chisels 233 

" Gouge 233 

Fish Tail Burners 221 

Fittings, Ammonia 337-339 

" Awning Frame 51 

" Brass, Extra Heavy 54 

" Polished 53 

Rough 53 

" Cast Iron 17-25 

*' " Extra Heavy 33-34 

Flanged 55-59 

" " Galvanized 24 

" " Soil Pipe 196-202 

" Earthen Drain Pipe 203 

" Flanged, Extra Heavy 58-59 

" Flexible Rubber 194 

" Foot Rail.. 332-333 

" Gas Fixture 206-210 

" " Extra Heavy 210 

' ' Greenhouse 204-205 

Hydraulic. 34 

" Leader Pipe 14-16 

" Long Turn 35 

" Malleable 37-47 

" Ornamental Pipe Coil 52 

" Railing, Malleable 50 

" " Polished Brass 50 

** Recessed Drainage 36 

" Spiral Riveted Pipe 13 

Fitts' Chronometer Governor Valves gS 

Flange, Standard Schedule 26 

and Thimble Wash Tray Bibbs, 187-188 

Unions, Ammonia 338 

" Brass-- 53 

" " Extra Heavy 54 

" Cast Iron 21 

Dart 48 

" Hydraulic 34 

Flanged Cast Iron Fittings 55-59 

" Fittings, Extra Heavy .._ 58-59 

13 
13 

285 
25 



" " for Spiral Pipe. 

" Pressure Pipe 

Flange-Faced or Plate Coupling, Shaft- 
ing - 

Flanges, Cast Iron 



426 



NASON MANUFACTURING COMPANY, NEW YORK. 



American Practice of Warming Buildings by Steam. — Pages 382-396. 



PAGE 

Flanges, Extra Heavy.., 59 

" Railing 50 

'• for Spiral Pipe 13 

Flat Drills 257 

" Files 261 

Flexible Rubber Water Closet Connec- 
tions 194 

Floor Chisels 233 

*' Plates 62-63 

Flour Box 230 

Flue Brushes and Scrapers 262-263 

Foot Rail Brackets 332-333 

" Tubs 142 

" Valves and Strainers 321 

Forbes Die Stocks 249-250 

Force and Suction Pump 203 

" Pump with Stirrup .- 235 

" Pumps,Well 318 

Ford Pump Governor 95 

" Water Pressure Regulator 95 

Forge Blowers 308-309 

Forged Tap Bolts 133 

Forges, Portable -- 266 

Foster Ball Cock 159 

" Pressure Regulators 93 

French Bath Tubs 142 

Front Outlet Closets 147-154 

Frustrum Coils 343 

Full Weight Drive Well Pipe _ 10 

Fuller Bath Cock 176 

" Bibbs ... 191 

Furnace Blowers 308-309 

* ' and Caldron 307 

Furnaces, Plumbers _ 236 

Fusible Plugs 116 



(ialvanized Ash Cans _ 264 

" Cast Iron Fittings 24 

" " " Flanges 25 

" Conductor Strainers 16 

•' Eave Trough 16 

" Foot Valves 321 

** Iron Boilers with Coil 140 

** " Expansion Tank ' 140 

*' " Range Boilers 137-139 



PAGE 

Galvanized Leader Hooks 16 

** Pipe and Fittings.. 14-16 

Malleable Fittings 37 

Nipples 31 

Pots for Glue Heater 334 

Range Boiler Stands 141 

Sinks 1 71-172 

Spiral Riveted Pipe. 13 

Steel Baths 143 

Strainers _ 321 

Garlock Packing 128 

Gas Appliances 223 

Brackets 211-212 

Burners and Tips 221 

Chandeliers ._ 213-216 

Clusters 217 

Cocks 71 



Engine Lubricators 105 

Fitters Augers 260 

" Cement _ 130 

" Proving Pump and Gauges 235 

' ' Tools 230-260 

Fittings, Malleable 37-47 

Fixture Fittings 206-210 

" " Extra Heavy 210 

Gates, Kennedy 77 

Globe, Wire 223 

Hall Lamps 219-220 

Heating Burners 222 

Gaskets 129 

Gas Key 223 

Main or Clearing Pump 235 

" Pipe II 

" Tapping Machine 259 

Pipe Pliers 246 

" Straps, Tinned 47 

Service Cocks 71 

Set Pump Cylinders 319 

Shades 222 

Stands, Portable 21S 

Stove Tubing 223 

Tips 221 

Gate Valves, Ammonia, Asbestos Seat. 73 

" " Chapman 75 

" " Kennedy 77 

" Asbestos Seat 66 



NASON MANUFACTURING COMPANY, NEW YORK. 



427 



General and Practical Information Pertaining to Steam and 
Hot Water Heating. — Pages 382-416. 



PAGE 

Gate Valves, Chapman 74-75 

" Jenkins Bros 69 

" Kennedy 76-78 

" Ludlow 79 

" Lunkenheimer 80 

Gauge, Altitude 115 

" Ammonia 115 

" Automatic Ammonia 340 

** Cocks, Regester 121 

" Steam 116 

" " Water 121 

" Glass Cutter 123 

" " Guards 123 

" " Washers 123 

" Glasses. 123 

" Hydraulic 114 

" Mercury . 235 

" Pressure and Vacuum 340 

" Recording 126-127 

" Siphon 116 

Gauges, Steam 114-115 

" Water 120-122 

Gilbert Wood Split Pulleys 2S2-283 

Gland End Ammonia Cocks, Asbestos 

Packed 73 

** " Ammonia Valves, Nason's. 337 
" " Gate Valves, Ammonia, As- 
bestos Seat 73 

Glasses, Gauge 123 

Glazed Earthen Drain Pipe and Fittings 203 

Globe Holders 222 

" Radiator Valves, 81-84 

" Valve, Ammonia 337 

Asbestos Disc 66 

Brass, Standard 64 

I. B., B. M., Standard-. - 65 

Jenkins Bros 68 

Lukenheimer 80 

Glue Heaters 334 

Gold Bronze 130 

' ' Good " Bath and Basin Stoppers 1 74 

Goose Neck, for Portable Gas Stand 223 

Goulds Boiler Feed Pump 317 

Governor, Pump, .93, 95 

Valve, Fitts 98 

" " Nason's 92 



PAGE 

Governors, Engine 288 

Graham's Brown Glazed'Wash Tubs 168 

" Kitchen and Pantry Sinks 170 

Roll Rim Brown Wash Tubs. 168 
" " " Vitrified Brown Slop 

Sinks 1 69 

Graham's White Porcelain Sinks 170 

Wash Tubs 168 

Granite Roll Rim Laundry Tub 169 

Grates, Sidewalk 202 

Grease Cup, Ideal 109 

" Cups, Lunkenheimer 109 

* ' Rosin and Flour Box 230 

" Separators 293-294 

Greenhouse Pipe and Fittings 204-205 

Griffin Foot Rail Brackets 332-333 

'* Water Pressure Regulator 96 

Grind Stones _ 267 

Ground Joint Unions, Brass. 53 

Key Work 181-186 

Guards, Water Gauge 123 

Gulf Stream Hot Water Heater 344-352 

Gum Packing 128 

Gutter Braces 16 

H 

Hack Saws 234 

Hair Felt 131 

Half and Half Solder 130 

" Round Files 261 

" " Nose Chisels 233 

" " Sinks, Cast Iron 172 

Urinals 158A 

" S Traps 197-198 

Hall Lights, Gas 2 19-220 

" Pipe Wrench 244 

" Tapping Machine 259 

Hammers 260 

Hancock Ejector 327 

" Inspirator 303 

Hand Hole Tees, Soil Pipe 200 

" Lamp, Malleable 112-113 

" Pipe Threading Tools. 249-254 

" Power Grind Stones 267 

" Pumps 316-319 

" Taps 257 



428 



NASON MANUFACTURING COMPANY, NEW YORK. 



Hot Water Heating — Theory of Circulation. — Page 390. 



PAGE 

Handles, File 261 

Handy Drop Feed Lubricators 106 

" Force and Suction Pump 203 

" Gate Valves, Lunkenheimer 80 

Hanger, Eave Trough 16 

" Pipe 60-62 

Ring 174 

Rolls 30 

Shafting 284-286 

Hayden Pipe Wrench 244 

Heads, Exhaust Pipe 297 

Headers 27-28 

" Ammonia 339 

" Greenhouse 204-205 

Heat 398 

Heater Coils 342-343 

" Feed Water 295 

Glue 334 

*' Hot Water Tank 140B 

" House, Steam and Water 344-352 

Heating Burners, Gas 222 

" Pipe, Greenhouse 204-205 

" Practical Information 382-416 

Heavy Drive Well Pipe 10 

" Well Casing 12 

High Pressure Ball Cocks 159 

" " Damper Regulators. .289-290 

" Water Alarm 125 

Hillman's Packing 128 

Hine Eliminators 293 

Hinge Bracket, Awning 51 

" Pipe Vises.- 238-240 

" Plate, Awning 51 

" Socket, " 51 

Hip Bath Tubs 142 

Hitching Post Top 51 

H. J. & C. Plumbers' Furnace 236 

Hoej"^ Pipe Hanger 62 

Hoists, Chain _ 268-269 

Holders, Gas Globe 222 

Hook Plates 29 

Hooks, Chandelier, Brass 209 

Malleable... 47 

" Leader 16 

Pipe, W. I 30 

" Shave . 234 



PAGE 

Hooks, Soil Pipe 201 

Hopper Closets. 149 

Seats 158 

Horizontal Boilers with Coil 140 

Check Valves 66-67 

" " Jenkins Bros. 70 

'* Engine 276 

" Galvanized Range Boilers. 138 

" Storage Tanks, Hot Water. 140A 

" Tubular Boilers 272-273 

Horse Power 402 

" " of Boilers 403 

Hose 224 

•' Bibb Ends 229 

" Bibbs, Fuller 191 

" Self-Closing... 192 

" Clamp 229 

" Cocks, Gas 208 

'* Couplings 228 

" " Siamese 229 

" End Globe &AngleValves, Jenkins 68 

" Nipples 229 

" Nozzles 227 

" Pipes 227 

" Racks 225-226 

" Reducers 229 

•' Reels 226 

" Splice -- 229 

" Sprinklers 227 

" Strap, Caldwell .- 228 

" Strap Fastener 229 

" Valves, Jenkins Bros 68-69 

" " Kennedy.. 77 

Hosford's Hose Pipe 227 

Hot Air Temperature Regulator 292 

" Closet Radiator 365 

" Water Air Valves 86 and 88 

" " Boilers with Coil 140 

" " Expansion Tanks 140-140A 

'' " House Heater, Gulf Stream 344-352 

" Radiators 371-380 

Radiator Valves 85 

Storage Tanks 140A 

Tank Heaters 140B 

" " "■ Temperature Regulator 292 
House Heaters, Steam and Water 344-352 



NASON MANUFACTURING COMPANY, NEW YORK. 



429 



Treatise on Ventilation of Buildings. — Page 388. 



PACE 

House Supply Heaters, Hot Water 140B 

Hub End Gate Valves, Kennedy 78 

" " Valves, Greenhouse 204 

" Ferrules 195 

Hub and Spigot Water Pipe 11 

Hubs, Soil Pipe 201 

Humphrey Combined Drill. Reamer 

and Tap 257 

Hurricane Steam Flue Cleaner . 263 

Hydrant Cess Pools ._ 202 

Cocks 184-185 

Hydrants __. 322-326 

" Yard 326 

Hydraulic Boiler Tubes 7 

'' Fittings 34 

" Gauges 114 

*' Jacks 270 

" Pressure or Test Pumps 317 

" Rams 317 

' ' Valves 34 

Hydraulics 400 

I 

Ice Machine Coils 341 

" Fittings 337-340 

*' Valves 337 

Ideal Automatic Expansion Tank 140A 

" Coal Barrows 265 

' ' Grease Cup 109 

" Steam Radiators 375 

Immersed Valve Boiler Feeder 335 

Imperial Blow Torch — 236 

Imperolene 130 

Improved Ball Cocks 159 

" Hydraulic Jacks 270 

" Pattern Nason Radiators 353-359 

" Range Boiler Stands _ 141 

" Swivel Pipe Vise 238 

" Tube Expanders 271 

" Water Columns 124-125 

Increasers, Soil Pipe 200 

Independent Cock. 208 

Indicator Post 324 

" Valves, Chapman 74 

" Valve, Kennedy 77 

Ingall's Adjustable Tube Scraper - 263 



PAGE 

Injectors 304 

Inserted Joint Well Casing. 12 

Inspirators, Hancock 303 

Inverted Y Branch, Soil Pipe 199 

Iron Ammonia Cocks 73 

" Body, Brass Mounted Valves, 

Standard 65 

Iron Body Butterfly Valves 98 

' ' Check Valves 67 

" Kennedy 78 

" Expansion Joints 90 

" Foot Valves With Copper 

Screen 321 

" Gate Valves, Asbestos Seat. 66 

** " " Chapman 74 

Kennedy 76-78 

" Ludlow 79 

" " " Lunkenheimer 80 

" Horizontal Check Valves 66 

" Throttle Valves, Lunken- 
heimer 80 

" Throttle Valves, Standard-- 98 

" Valves, Asbestos Disc 66 

B. M., Standard... 65 

" " Jenkins Bros 68-70 

'* Water Gates, Kennedy 78 

Iron Boilers With Coil 140 

" Brackets 165 

" Cocks 72 

" ** Asbestos Packed 73 

" With Brass Plugs 72 

and 

Washers 72 

" With Brass Washers 72 

" " Extra Heavy 72 

" Enameled Lavatories 163-164 

" Foot Valves 321 

" GasBurners.. 221 

" Gate Valves, Ammonia, Asbestos 

Seat 73 

Chapman 75 

Kennedy 77 

" Hoppers. 149 

" Jack Chain 167 

" Lavatories, Enameled 163-164 

" Pipe Coils . ..341-343 



430 



NASON MANUFACTURING COMPANY, NEW YORK. 



Treatise on Air, Steam, Heat, Hydraulic, Horse Power, 
Combustion. Etc.— Pages 396-405. 



PAGE 

Iron Pulleys. 278-281 

Shafting 277 

Sink Traps 202 

Sinks 1 70-1 72 

Soil Pipe and Fittings 196-202 

Steam Kettles 305-306 

Urinals 158 A 

Washers 136 

Well Cylinders 319 

Italian Flue Steam and Water Radiators 374 

Hemp Packing 128 

Marble Lavatories 162 



Jack Chain.. 167 

Jacket Lamp, Steel 112-113 

" Points 320 

Jacket Steam Kettles 305.306 

Jacks, Hydraulic 270 

Jarecki Screw Plate and Pipe Cutter 253 

Jenkins Automatic Air Valves 89 

" Bros. Check Valves 70 

" Gate Valves 69 

" " Radiator Valves 83-84 

" Safety Valves 69 

" Valves 68-70 

" Discs 70 

" Packing 128-129 

" Standard Gaskets 129 

Jet Pumps. :_ 327 

Joint, Basin 173 

" Expansion 90 

" Steam Swing 119 

Stiff Gas 209 

Journal Boxes 285 

Judson Governors 288 

Jute Packing 128 

K 

Kellam's Damper Regulators 289 

Kennedy All Iron Gate Valves 77 

" CheckValves 78 

" Fire Hydrant 322 

Gate Valves 76-78 

Kettles, Steam 305-306 



pac;e 

Key Air Valves 89 

" Gas — 223 

" Wrench 243 

Keystone Ratchet Drill 256 

" Unions 49 

Kieley Back Pressure Valve 91 

*' Multi-Tubular Oil Separator 294 

" Steam and Water Separator 294 

Kitchen Sinks, Iron 170A-172 

" Sink with Novelty Back 170B 

" Sinks, Roll Rim, Brown Glaze 170 

" " White Porcelain 170 

" " Wrought Steel 170A 

Klingfast Pipe Vise 239 

Korting Double Tube Injector 304 

L 

L^dle -- 232 

Lag Screws 132 

Lamp, Malleable 1 12-1 1 3 

" Steel Jacket .. 11 2-1 13 

Lap-Weld Boiler Tubes 7 

Large Extra Heavy Galvanized Range 

Boilers 137 

Lateral Branch Y, Cast Iron 23 

Laundry Tubs 168-169 

Lava Tip Burners 221 

Lavatory Brackets 165 

" Legs t66 

Lavatories 162-164 

Lawrence Hydraulic Damper Regulator 289 

Lead Bends 193 

*' Pipe 193 

" ** Benders 236 

" Sheet 193 

Traps 193 

W^aste Pipe 193 

Leader Hooks 16 

" Pipe Bends 15 

" Fittings, &c 14-16 

Leak Stopper Joint Clamp. 48 

Leather Belting 287 

Legs, Lavatory 166 

Sink 172 

Lengthening Piece, Gas 209 

Levels 230 



NASON MANUFACTURING COMPANY, NEW YORK. 



431 



Important Properties of Familiar Substances.— Page 406. 



PAGE 

Lever Handle Air Cocks ii7 

" •' Cylinder Cocks ii8 

Plain Bibbs 178-179 

Round Way Stops 185-186 

Stop and Waste _i8i-i83 

Stops 181-183 

" Street Lamp Cocks 207 

" Throttle Valves, Lunkenheimer. 80 

Lewis Compression H ydrants 323 

" Self Closing Hydrants 323 

Lift and Force Pumps 315 

Light Well Casing 12 

Lights, Hall 219-220 

Linen Hose 224 

Lip Unions 49 

" Urinals 158A 

Lock Gas Service Cocks 71 

" Shield Radiator Valves 83 

Locknuts, Brass .. 53 

*' Cast Iron 22 

" Malleable 37&47 

Long Bell Whistles 102 

" Bends, Soil Pipe 196 

*' Half S Running Trap 198 

" Nipples 31 

" Screws. 32 

** Turn Fittings .- 35 

Looking Glass, Plumbers 234 

Low Down Closet Apparatus 155 

" Pressure Boiler Feeder 335 

" " Brass Safety Valves 99 

" " Damper Regulators 290-292 

■' " House Heaters 344-352 

" " Pop Safety Valves. 100 

" " Safety Valves 99-100 

" Water Alarms 125 

Lubricators 104-1 10 



Ludlow Gate Valves 

Lunkenheimer Gate Valves 



79 
80 



'■ Grease Cups 109 

" Oil Cups 109 

" Throttle Valves 80 

" Valves 80 

Lyman Exhaust Head 297 

Lyons-Fuller Basin Cock 192B 



M 

PAGE 
Machine Bolts 133 

" Molded Cast Iron Pulleys. -.278-281 

Machinery Oil 130 

Machines, Pipe Threading 249-251 

Machinists' Hand Taps 257 

" Hammers 260 

Magnesia Fibrous Composition 131 

** " Sectional Covering.. 131 

Main Tapping Machine 259 

Malleable Awning Fittings 51 

" Bushings 46 

Fittings 37-47 

" Hand Lamp 112-113 

" Hinge Pipe Vise 238-240 

" Iron Pipe Hangers.. 60-62 

" Vise 237 

" " Stocks 254 

" Oilers 112-113 

" Pipe Rings 46 

" " Straps 47 

" Railing Fittings 50 

" Stocks 254 

" Union Elbows and Tees 49 

" Unions 49 

Mallets 231 

Manhattan Packing 128 

Manifolds 27-28 

" Ammonia 339 

' ' Greenhouse 204 

" Ornamental 52 

Marble Lavatories 162 

" Slabs 175 

Marbled Combined Slabs and Basins.. 161 

Matchless Self-Lighting Burners J__ 221 

Measuring Tape 230 

Mercury Gauge 235 

Metallic Packing 128 

Meter Cocks 71 

Meters 329-331 

Metropolitan Horizontal Engine 276 

" Injectors 304 

" Recording Gauge _ 126 

Middle Swings 208 

Mill Board, Asbestos 1 29 

" Files 261 



432 



NASON MANUFACTURING COMPANY, NEW YORK. 



Elastic Force, Temperature and Volume of Steam. — Pages 407-411, 



PAGE 

Mineral Wool 129 

Mitres, Eave Trough 16 

Mohair Tubing and Fixtures 223 

Monarch, Flue, Steam Radiators 380 

Monash Automatic Air Valves 87 

" Hot Water " " 88 

" Pressure Regulators 95 

Monitor Heating Burner 222 

" Novelty Stand 222 

Montauk Vertical Engine 275 

Morse Twist Drills 258 

Moulded Gaskets 129 

Multi-Tubular Oil Separator 294 

N 

Nash Water Meter 331 

Nason's Ammonia Valves and Fittings, 336-340 

" Balanced Governor Valve 92 

" Boiler Feed Pump 315 

" Damper Regulators, Low Pres- 
sure 290-291 

" Dining Room Radiator . 365 

" Ejector 327 

" Equator and Gulf Stream Heat- 
ers 344-352 

" Feed Water Heater 295 

" Floor and Ceiling Plates 63 

" Glue Heaters 334 

" " Griffin " Foot Rail Brackets, 332-333 
" Immersed Valve Boiler Feeder, 335 

" Low Pressure Safety Valves 99 

" Pipe Vise 237 

" Quick Opening Elevator Valve, 92 

" Radiator Valves 81 

" Steam Heater for Glue, Paste, 

etc. 334 

" Steam and Hot W^ater House 

Heaters 344-352 

" Steam Traps 298-301 

" Washout Closet _. 153 

" Water Columns 124 

" Wrought Tube Steam Radia- 
tors 353-370 

Nathan's Self-Acting Lubricators 109 

National Four-Column Steam and 

Water Radiators 373 



National Single-Column Steam and 

Water Radiators 

" Steam and Water Radiators ._ 

" Steel Tube Cleaner 

" Ventilator Wheels 

Nest of Circular Coils 

Newel Post or Collar Bolts 

New York Regulation Basin Traps 

Nickel Plated Basin Traps 

" " Bath Tub Waste and 

Overflow 

*' Brackets 

" Engine Oilers 

" Lavatory Legs 

" Oilers i 

' * Pipe Wrench 

, Seat Safety Valves 

Nippers 

Nipples, Brass 

Hose 

" Soldering 

" Wrought Iron 

Noiseless Back Pressure Valves 

No-Shock Self-Closing Hydrant 

Novelty Sink Back 

Nozzles, Hose 

Nubian Pipe Cement _ 



PAGE 

371 
371 
263 
310 
341 
134 
166 
166 

I92A 

165 
107 
166 
I2-II3 
244 

97 
232 

53 
229 
141 

31 

91 

326 

170B 

227 

130 



o 

Oakum 129 

Offset Radiator Valves 84 

" Reducing Couplings, C. 1 22 

Offsets, Cast Iron 21 

' * Greenhouse 204-205 

" Rubber 194 

" Soil Pipe 197 

Oil Cans 296 

" Cups, Lunkenheimer 109 

'' Plain no 

" Filter 296 

" Separators 293-294 

" Well Casing 12 

Oiler, Malleable..- 112-113 

" Sets III 

Oilers 111-113 

" Sight Feed Engine 107 



NASON MANUFACTURING COMPANY, NEW YORK. 



433 



American Practice of Warming Buildings by Steam. — Pages 382-396. 



PAGE 

Oils 130 

One-Eighth Bends, Soil Pipe. 196 

One-Fifih " " " 196 

One-Sixteenth" " " 196 

One-Sixth " " " 196 

Open Return Bends, Cast Iron 23 

" " Brass 53 

** " " " Extra Heavy 54 

Malleable 37, 45 

Organ Pipe Whistles 102 

Ornamental Coil Fittings 52 

Oval Flushing Rim Hoppers 149 

" Wash Basins 160 

P 

Packer Ratchet 255 

Packings .- .128-130 

Bibb 167 

Pantry Cocks, Self-Closing 192A 

" Sinks, Copper 170 

" " White Porcelain 170 

Paper, Asbestos .-. 130 

Parker's Parallel Vises 241 

Patent Coal Barrows 265 

" Drive Well Couplings 320 

" Overflow Basins 160 

" Steam Traps 298-302 

Peerless Packing 128-129 

Steam and Water Radiators-- 372 
Pennie's Sewer Gas and Back Water 

Trap 203 

Perfected Duplex Air Valves 87 

Perfection Air Valves 88 

" Steam and Water Radiators. 372 
Perfecto Enameled Roll Rim Baths. -.144-145 

Pet Cocks 86 

Philadelphia Pattern Water Column 124 

Phoenix Valve Packing 128 

Pickering Engine Governors 288 

Pillar Bodies 209 

" Cocks, Gas 207 

Pillow Blocks 286 

Pipe and Bench Vises .237-241 

" Benders 236 

" Block Tin 193 

*' Brass 54 



I' AGE 

Pipe, Cast Iron Water Main 11 

Code 6 

Coils 341-343 

Copper 54 

Covering, Asbestos.. 131 

Cutters . . 247-248 

Cutting and Threading, Price For 10 

Dies ..251-254 

Double Ex. Hy. W. I 8 

Drills 257 

Drive Well 10 

Earthen Drain 203 

Extra Heavy W. I 8 

Gas Main, Cast Iron ir 

Greenhouse _ .204-205 

Hanger Rolls 30 

Hangers 60-62 

Heads, Exhaust 297 

Hooks -. 201 

" Wrought Iron 30 

Lead 193 

Leader and Fixtures 14-16 

Reamer 257 

Rests, Soil Pipe 201 

Rings, Malleable. '1 46 

Saddles 30 

Soil — 196 

Spiral Riveted 13 

Stoppers 201 

Straps, Malleable 47 

Taps and Drills. 257 

Threading Tools 249-254 

Tongs 245-246 

Vises 237-240 

Wrench, Vulcan . 245 

Wrenches 242-245 

Wrought Iron 8-9 

Pipes, Hose 227 

Piston Rod Packing ...... 128 

Pitcher Spout Suction Pumps 316 

Plain Bibbs T78-179 

" *' Fuller.. 191 

" " Self-Closing 192 

" Force Pump ._ 235 

" Gas Key 223 

'■ Jack, Hydraulic 270 



434 



NASON MANUFACTURING COMPANY, NEW YORK. 



General and Practical Information Pertaining to Steam and 
Hot Water Heating. — Pages 382-416. 



PAGE 

Plain Leader Pipe 15 

" Oil Cup - no 

" Sinks 171-172 

" Syphon Jet Closet - 148 

" Taper Screw Engine Oiler. -. 107 

Planes 231 

Plates, Floor and Ceiling 62-63 

" Hook, Ring and Expansion 29 

Pliers 232 

" Gas Pipe. 246 

Plug Sink Strainers ._ 172 

" Tap. . 257 

Plugs, Basin 173 

*' Bath 174 

" Brass _ 53 

" Cast Iron _ 22 

" Exira Heavy, Cast Iron 33 

" Fusible 116 

" Sink 174 

" Wash Stand 173 

" Tray I73-I74 

Plumb Bob 230 

Plumbago Packing 128-129 

Plumbers' Bag 234 

" Force Pumps 235 

*' Furnaces 236 

" Pump for Clearing Pipes 203 

Soil 130 

" Steam and Gas Fitters'Tools 230-260 

" Torch 230 

Pocket Levels 231 

" Rule 230 

Points, Drive Well 320 

Polished Brass Fittings 53 

" " Railing Fittings. 50 

" Gas Brackets 211-212 

Pop Safety Valves 97 

" " " Low Pressure 100 

Porcelain Drip Trays 175 

' ' Enameled Baths 144-146 

Portable Forges 266 

** Furnace and Caldron 307 

Gas Stands 218 

Post Hanger 285 

" Valve Indicator 324 

Pot Hook ._ 234 

Pots, Glue Heater. 334 



PAGE 

Pots, Solder 236 

Power Grind Stones. 267 

" Ventilating Wheels 310 

Powers Temperature Regulator 292 

Practical Information Pertaining to 

Heating- 382-416 

Pratt & Cady Check Valves 66 

Pressure Blowers . 309 

" Gauges, Ammonia 340 

" Recording Gauges 126-127 

' ' Regulators . 93~96 

" and Vacuum Gauges 115 

Prestoline -.. 130 

Price for Pipe Cutting 10 

Properties of Familiar Substances ._ 406 

Pulley Blocks 268-269 

Pulleys Cast Iron and Wood. 278-283 

Pulls, Cistern 167 

Pump for Clearing Pipes 203 

" Cylinders 319 

" Governors 93-95 

" Lubricators 104 

" Rod Couplings 46 

Pumps, Gas Fitters Proving 235 

Hand 315-318 

" Handy Force and Suction 203 

" Hydraulic Pressure 317 

" Plumbers Force 235 

" Steam 311-314 

Pure Gum Gaskets 129 

" Packing .... 128 

Putz Pomade • 130 

Q 

Quarter Bends, Soil Pipe 196-199 

" Wrought Iron 339 

Quick Opening Elevator Valve 92 

Gate Valves 78-80 

•' Hot Water Radiator 

Valves 85 

Steam Radiator Valves 85 

R 

Rabbit Ear Bibbs 192-192 A 

Racks, Hose 225-226 

Radiator Air Valves - .- 86-89 



NASON MANUFACTURING COMPANY, NEW YORK. 



435 



Hot Water Heating — Theory of Circulation. — Page 390. 



PAGE 

Radiator Elbows, Hot Water 85 

Valves -.-- 81-85 

*' Brass Disc Standard- 82 

Corner-- 84 

Detroit 85 

Hot Water 85 

Jenkins Bros ._ 83-84 

Nason 81 

Offset 84 

" " Standard, Brass Disc 82 

Radiators 353-380 

" Steam and Water Cast Iron_37i-38o 

" Wrought Tube Steam 353-370 

Rail Tee, Awning 51 

Railing Fittings, Brass Polished 50 

Malleable .--. 50 

" Rosette 332-333 

Rainbow Gaskets .- 129 

" Packing 129 

Rams, Hydraulic 317 

Range Boiler Couplings 141 

" Stands 141 

Range Boilers 137-139 

Rasp 232 

Ratchet Drills 255-25S 

" Stock, Climax 259 

'' Stud Driver or Tap Wrench 256 

" Wrench 243 

Ratchets 255-256 

Reamers 257 

Recessed Drainage Fittings 36 

Recording Gauges 126-127 

Rectangular Coils 341 

Reducers, Brass 53 

'* Eccentric 22 

" Hose 229 

" Malleable 37-44 

" Soil Pipe 201 

" for Spiral Pipe 13 

Reducing Couplings C. I 20 

" Cross, C.I 20 

" Elbows, Cast Iron 19 

" Sizes Standard C. I. Fittings 17-1S 

" Tees C. I 20-21 

Reels, Hose 226 

Regester Gauge Cock 121 



PAGE 



Regulators, Damper 289-292 

" Steam and Water 93-96 

* ' Temperature 292 



Globe and 



Seat 



125 
96 

66 

66 



Reliance Water Column 

Relief Valves, W^ater 

Renewable Asbestos Disc 

Angle Valves 

Renewable Vulcanized Asbestos 

Gate Valves „__ 

Return Bends, Ammonia 338 

Brine 339 

Brass 53 

" Extra Heavy 54 

Cast Iron 23 

Malleable 37, 45 

Ornamental 52 

Soil Pipe 199 

Wrought Iron 32 

Steam Trap 302 

Returns, Greenhouse 204-205 

Reversible Ratchet Drill 256 

Revolving Pendant Cock 207 

Richardson's Pop Safety Valve 97 

" Rickitts " Water Closet Connections- 194 

Right and Left Elbows C. I 19 

Rigid Journal Boxes 285 

Ring or Globe Holders .. 222 

" Hanger 174 

" Pipe Hanger, Hoey. 62 

' ' Plates 29 

Rivet Sets 230 

Robbins Chain Tongs 245 

Robertson's Exhaust Head .. 297 

Rock Wool 129 

Rococo Steam and Water Radiators 373 

Rods, Gauge Glass _ 123 

Roll Rim Brown Wash Tubs 168 

" " Enameled Baths -. 144-146 

" " Kitchen Sinks, Brown Glazed 170 

" " Laundry Tub, Scotch Granite 169 

" " Slop Sinks, Brown Glazed 169 

Roller Tube Expanders 271 

Rolls, Hanger -. 30 

Roof Irons 201 

Roofers Copper Bolt _ 234 

Rope Packing 128 



436 NASON MANUFACTURING COMPANY, NEW YORK. 



Treatise on Ventilation of Buildings.— Page 388. 



PAGE 

Rosette Plate, Ornamental 52 

for Railing 332-333 

Rosin Box 230 

Rough Brass Combination Wash Tray 

Waste 192 A 

Rough Brass Fittings 53 

" " Traps for Combination 

Wash Tray Waste 192 A 

Rough Stop and Waste Cocks 1 79-1 86 

" Stops 179-180 

Round Belts 287 

" Cess Pool Plates 202 

" Copper Leader 15 

" Corner Tanks and Seats 156-157 

" Elbows 14-15 

'•* Files 261 

" Flushing Rim Hoppers 149 

** Leader Pipe.. 14-15 

" Nose Chisels, 233 

" Shoes 14-15 

" Twist Belts 287 

" Urinals 158A 

Way Hydrant Cocks 185 

" " Stop and Waste Cocks-- -183-186 

" Stops 183-186 

Rubber Belting 287 

" Gaskets 129 

** Hose 224 

" Lined Cotton Hose 224 

" Lined Linen Hose ._ 224 

" Tubing 224 

" Washers 167 

" Water Closet Connections 194 

Ruby Packing 129 

Rule, Pocket 230 

Running Traps, Soil Pipe - 197-198 

Russell's Floor and Ceiling Plates 63 



Saddle Hubs, Soil Pipe 

Y's, " " -- 

Saddles, Pipe 

Safe Ends 

Safety Attachment Ammonia Gauge 

'* " Damper Regulator. 



201 
201 
30 
7 
340 
291 



PAGE 

Safety Chain — 167 

" Valves, Brass, Standard 99 

Iron Body, " 65 

" " Jenkins Bros 69 

" " Low Pressure 99-100 

" "■ Pop 97-100 

Saunders Pipe Cutter 247 

Tool " 248 

Saws 231 

Schedule Standard Fianges 26 

" of Standard Sizes Cast Iron 

Fittings 17-18 

S Coils 343 

Scoops, Steel 264 

Scotch Gas Tips. 221 

" Granite Roll Rim Laundry Tub- 169 

" Water Gauge Glasses 123 

Scrapers, Flue 262-263 

Screw Block 269 

" Drivers 231 

" and Socket Well Casing 12 

Screws, Lag 132 

Seamless Cotton Hose 224 

" Jacket Steam Kettles 305 

" Linen Hose 224 

" Wrought Steel Kitchen Sinks- 170A 

Seats, Hopper 158 

Water Closet 156-158 

Second Cut Files 261 

Sectional Cast Iron Radiators 371-380 

" Covering, Asbestos 131 

" Ring Packing, Garlock 128 

Seldens Packing 128 

Self-Acting Lubricators 109 

Cleaning Water Gauges 120-121 

Closing Bibbs 192 

" Hydrants 323-326 

" Urinal Cocks 15SR 

" Water Gauge -- 122 

Lighting Gas Burners 221 

Oiling Hangers 284-286 

Separators 293-294 

Service Box., 325 

*' Cocks, Gas. 71 

Seven Pound Steel Vise 240 

Sewer Connections, Leader 15 



NASON MANUFACTURING COMPANY, NEW YORK. 



437 



Treatise on Air, Steam, Heat, Hydraulic, Horse Power, 
Combustion, Etc. — Pages 396-405. 



PAGE 

Sewer Gas and Back Water Trap 203 

Shafting 277 

' ' Hangers 284-286 

" Lubricators log-iio 

Shallow Well Pump Cylinders 319 

Shanks, Eave Trough 16 

Shave Hooks 234 

Sheet Lead 193 

" Packing 129 

Shoes, Copper Leader. 15 

" Leader Pipe 14-15 

Short Drop Hangers 286 

" Earthenware Hoppers 149 

'* Oval Flushing Rim Iron Hopper. 149 

*' Nipples 31 

Shovels - — 264 

Shower Bath 142 

Siamese Hose Couplings. . 229 

Side Edge 232 

' * Issue Pipe Vise 240 

" Nozzles, Gas 208 

Sidelug Steam Traps 298-301 

Sidewalk Grates 202 

Sight Feed Lubricators 104-108 

" Oilers.. - ..107-108 

Sill Cocks - 189 

Silver Bronze 130 

Single Acting Lift and Force Pumps 315 

" Bell Chime Whistle loi 

" Hub Soil Pipe 196 

" Hubs, " " 201 

" Swing Brackets 211-212 

Sink Backs 170A-172 

" Bolts 202 

' ' 'Brackets, Adjustable 165 

' ' Couplings 202 

" Legs 172 

" Plugs.-- - 174 

" Strainers 172 

" Traps, Iron 202 

Sinks 169-172 

" Copper 170 

" Roll Rim, Brown Glazed 169-170 

*' White Porcelain 170 

Siphon, Gauge 116 

Slabs and Basins Combined, Marbled.. 161 



PAGE 

Slabs, Marble , 175 

Slag Wool 1 29 

Sleeve Ratchet 255 

Sleeves, Greenhouse 204-205 

Slip Collars, Shafting 286 

Slop Sinks, Cast Iron 172 

" Roll Rim, Brown Glazed... 169 

Smith's Patent Ratchet 255 

Smoke Stacks 273 

Smooth Files .._ 261 

Snips, Tinners 234 

Snow Duplex Plunger Pump.. 312 

Soapstone Packing 128 

Socket Plugs » 22 

Sockets and Drills 258 

Soil Brushes 230 

" Cup 230 

" Pipe and Fittings 196-202 

Solder . 130 

" Pots 236 

Soldering Coppers 234 

" Nipples. 141 

" Unions 141 

Solid Base Wrought Tube Radiators. .366-367 

" Brass Lavatory Brackets 165 

Legs 166 

" Cast Iron Flanges 25 

' ' Round Belts 287 

" Set Collars 286 

Soot Sucker Flue Cleaner 263 

Special Wrought Iron Tubing 8 

Spencer's Steel Brush Tube Cleaner 262 

Spiral Flat Coils 343 

" Ring Packing, Garlock 128 

" Riveted Flanged Pressure Pipe. _ 13 

Spirit Levels 231 

Splice, Hose 229 

Split Pulleys. 278 

Sprinklers, Bath 167 

" Hose 227 

Square Cess Pools 202 

" Copper Leader 15 

" Elbows 14-15 

" Galvanized Conductor 14 

" Head Expansion Bolt 135 

" Packing 128 



438 



NASON MANUFACTURING COMPANY, NEW YORK. 



Important Properties of Familiar Substances.— Page 406. 



PAGE 

Square Shoes 14-15 

" Sinks, Cast Iron - 171 

" Tube Gas Brackets 211 

Squares 230 

Stacks, Boiler 273 

Stairway Radiators, Cast Iron 380 

Stalls, Urinal 158B 

Standard Back Pressure Valves 65 

" Brass Safety Valves 99 

" Brass Valves 64 

" Cast Iron Flanges 25 

* ' Drive Well Pipe 10 

" Enameled Iron Lavatories. . 163-164 

*" Flange Schedule 26 

" Flanged Fittings 55-57 

" Hair Felting. ._ 131 

" LB. Valves, Brass Mounted, 65 
" Porcelain Enameled Baths .. 144-146 

" Radiator Valves 82 

'' Range Boilers 137-139 

" Safety Valves, Iron Body 65 

" Sizes Cast Iron Fittings 17-18 

" Soil Pipe and Fittings 196-202 

Throttle Valves 98 

" Wrought Iron Pipe 8-9 

Stands, Boiler 141 

Coil 30 

" Portable, Gas. 218 

Stanvvood Pipe Cutters 247 

Star Compression Hydrant 326 

" Street Washer 325 

Stays, Chain 177 

Steam 398 

Bibbs 119 

Cocks, Brass 71 

" Iron 72 

Coils 342-343 

Damper Regulators 289-292 

Engine Lubricators - 104-1 ro 

Flue Cleaners 263 

and Gas Fitters' Tools 230-260 

Gauge Appliances 116 

" Cocks 116 

Gauges 114 

Glue Heater 334 

Heater, "Equator" 344-352 



PAGE 

Steam Hose _ _ 224 

" " Coupling- 228 

" Joint Clamp 48 

" Kettles 305-306 

" Pressure Regulator, Acton 95 

Curtis 94 

" " Eureka 94 

Foster .... 93 
Monash-,.- 95 

" Pumps -.311-314 

" Radiators, Cast Iron 371-380 

" Wrought Iron 353-370 

' ' Separators 293-294 

*' Stops. lig 

" Swing Joints 119 

" Syren Whistles 103 

Traps 298-302 

" " Return 302 

" andWater Heating 382-416 

* ' Whistles -- 101-103 

Steel Baths 143 

" Floor and Ceiling Plates 63 

" Jacket Lamp 112-113 

' ' Kitchen Sinks 1 70A 

" Oilers 1 12-113 

" Rim Pulleys 278-281 

" Scoops 264 

'* Sink Backs 170A 

" Shafting 277 

" Tallow Pot 1 1 2-1 1 3 

" Vises 240 

" Wire Tube Brush 262 

Stiff Brackets, Gas 211-212 

" Joints, Gas 209 

Stillson's Wrench 242 

Stocks and Dies 251-254 

" Forbes Die 249-250 

Stop Cock Boxes 325 

" Cocks, Gas 207 

" and Sight Feed Oilers loS 

" Valves, Greenhouse 204 

" and Waste Cocks 179-186 

Stoppers, Bath and Basin 174 

'* Soil Pipe 201 

Stops, Compression 189-190 

" Corporation 186 



NASON MANUFACTURING COMPANY, NEW YORK. 



439 



Elastic Force, Temperature and Volume of Steam. — Pages 407-411. 



PAGE 

Stops, Lever Handle 181-186 

" Rough 179-186 

" Round Way 183-186 

" Steam 119 

Storage Tanks 140A 

Straight Brackets, Gas. 211-212 

" Ferrules 195 

" Nozzels, Gas 208 

" Pene Hammers 260 

" Shank Drills 258 

Straightway Swinging Check Valves 66 

Strainers, Ammonia 339 

" Cast Iron 321 

" Conductor 16 

" Sink 172 

Strap, Hose, Caldwell... 228 

Straps, Malleable 47 

S Traps Soil Pipe 197-198 

Straps Tinned 47 

Street Elbows, Malleable 37-39 

" Lamp Cocks 207 

" Washer Rod .„ 325 

" Washers 325 

Stud Bolts 132 

" Driver _ 256 

Suction Hose 224 

" *' Couplings 228 

" Pumps, Hand 316-319 

Sweet's Exhaust Head 297 

Swing Joints, Steam 119 

Swinging Check Valves, Jenkins Bros. 70 

Kennedy 78 

" Pratt & Cady. 66 

" Standard 67 

" Hose Racks 225-226 

" Reels 226 

Swings, Gas . 208 

" " Extra Heavy 210 

Swivel Pipe Vises 237-238 

S Wrenches 243 

Syphon Hopper Apparatus 151 

" Jet Closets 148 

" *' Closet Apparatus 150 

'• " " Low Down Pattern __ 155 

" Pumps, Nason 327 

Syren Whistles 103 



i I'A'wE 

Tall Earthenware Hopper Closets 149 

Tank Coils 342 

" Heaters, Hot Water 14CB 

" Temperature Regulator 292 

Tanks, Expansion 140-140A 

* ' Steel Storage 140 A 

Water Closet 156-158 

Tap Bolts 133 

" Borer 233 

" Wrench 256 

Tape, Measuring 230 

Taper Files 261 

" Shank Drills 258 

" Slide and Key 223 

" Tap 257 

Tapers, Wax 223 

Tapping List For Radiators 380 

" Machine, Hall 259 

" Oil 130 

Taps and Drills 257-258 

Tee Branches, Soil Pipe . 199 

Handle Air Cocks 117 

" Cylinder Cocks iiS 

Round Way Stops 183-184 

" Stops.- .- 179-180 

Valves, Greenhouse 204 

Tees, Ammonia 337 

" Branch 27-28 

" Brass 53 

'* " Extra Heavy 54 

" Cast Iron 20 

" " Extra Heavy... 33-34 

Flanged 55-59 

" Hydraulic 34 

*' Long Turn, 35 

" Malleable 37-41 

" Railing 50 

" for Spiral Pipfi 13 

" Union 4» 

Telegraph Handle Bibbs 192 

Telegraphic Pipe Code 6 

Temperature Regulator 29 2 

Test Pump, Hydraulic . 317 

Thermostat Regulator. . 292 

Thimbles with Covers, Soil Pipe 201 

Threading Pipe, Price for 10 



440 



NASON MANUFACTURING COMPANY, NEW YORK. 



Interest and Discount Tables.— Pages 411-415. 



PAGE 

Threading Tools, Pipe 249-254 

Three-Quarter S Traps 197-198 

*' Square Files 261 

" Swing Brackets 211 

" Way Cocks 71-72 

Throttle Valves, Lunkenheimer 80 

Standard 98 

Tight and Loose Pulleys 278 

Tile Pipe and Fittings 203 

Tin Gas Shades.. 222 

Tinned Straps 47 

Tinners' Snips 234 

Tips, Gas . 221 

" Hose Pipe 227 

Tools, Pipe Threading 249-254 

" Plumbers', Steam and Gas Fit- 
ters' .230-260 

Tongs, Pipe 245-246 

Top, Awning 51 

" Swings 208 

Torch, Plumbers' 230 

Trap Covers 201 

Trap Screw Ferrules 195 

Trap Screws, Ventilating 173-174 

Traps, Basin 166 

Drainage, Recessed 36 

Earthen Drain 203 

Lead 193 

Rough Brass, for Wash Tray 

Waste 192 A 

Sewer Gas and Back Water 203 

Sink, Iron . 202 

Soil Pipe 197- [98 

Steam 298-302 

Trays, Drip 175 

Trimo Pipe Cutter 248 

" " Wrench 242 

Triplex Chain Hoist 268 

Trombone Coil 341 

Trough, Galvanized Eave 16 

Trusty Pipe Vise 240 

Tube Expanders 271 

" Radiators, Nason's 353-370 

Tubing, Gas Stove 223 

" Rubber 224 

Special W. I 8 

TubeSj Boiler 7 



PAGE 

Tubes, Hydraulic 7 

Tubs, Bath 142-146 

Wash 168-169 

Tubular Boilers 272-273 

Tuck's Packing 128 

Tupper's Packing. . 128 

Turn Pin 231 

Turnbuckles 136 

Turned Shafting 277 

Tuyere Coils 343 

Twist Belts 287 

" Drills 258 

Two-Light Bracket Body 209 

*• " Pendant Cock 206 

" PillarBody 209 

" Third Malleable Unions 49 

u 

U Coils 343 

Union Elbows 49 

Detroit Hot Water 85 

" Meter Cocks 71 

Radiator Valves 81-85 

" Tees 49 

Unions, American 49 

" Boyle Pattern, Ammonia 338 

Brass. 53 

Dart 48 

" Hydraulic 34 

" Keystone 49 

" Malleable 49 

" Mohair Tubing 223 

" Soldering 141 

Universal Brackets 211 

" Pipe Hanger 61 

" Swings 208 

Urinal Cocks 158B 

" Stalls .. 158B 

Urinals 158 A-i 58B 

Usudurian Packing ... 129 

V 

Vacuum Gauge, Ammonia 34^ 

" Valves. 99 

Valve Boxes, Extension 322 

" Couplings — 174 



NASON MANUFACTURING COMPANY, NEW YORK. 



441 



Tables for Computing Dates and Wages. — Pages 415-416. 



PAGE 

Valve Indicator Post , 324 

Valves, Air 86-89 

Ammonia Gate, Asbestos Seat. 73 

" Nason's 337 

Asbestos Disc Globe and Angle 66 

*' Seat, Gate 66 

Back Pressure, Davis 

Kieley 

" " Standard 

Balanced Governor 

Brass Check . 

* ' Standard 

Butterflv 



91 

91 

- 65 

92 

67 

.. 64 

-- 98 
Chapman, Gate 74-75 

Check, Jenkins Bros 70 

" Kennedy - 78 

Pratt & Cady 66 

" Standard 67 

Chronometer, Fitt's 98 

Detroit, Hot Water and Steam. 85 

Foot 321 

Greenhouse __ 204 

Hose, Jenkins Bros 68-69 

77 
85 
34 



" Kennedy 

Hot Water Radiator 

Hydraulic 

Iron Body, Brass Mounted, 

Standard 

Iron Body, Check 

Jenkins Bros,, Gate 



65 

67 

69 

*' 68-70 

" Radiator 83-84 

Kennedy, Gate 76-78 

Low Pressure Safety 99-100 



Ludlow, Gate, 

Lunkenheimer, Gate 



79 
80 

80 

84 
97 

ICO 

66 



Offset Radiator 

Pop Safety 

" ** Low Pressure 

Pratt & Cady 

Pressure Regulating 93-96 

Radiator 81-85 

" Corner 84 

" Detroit 85 

' ' Nason's 81 



PAGE 

Valves, Renewable, Asbestos Seat 66 

*' Safety, Jenkins Bros 69 

" Standard, Brass Safety 99 

" " Globe and Angle 64-65 

" " Iron Body Safety 65 

" Throttle, Lunkenheimer 80 

Standard, 98 

" Vacuum '.. 99 

Water Gate 78 

" Relief 96 

" Whistle. 100 

Van Auken Automatic Air Valves 87-88 

Ventilating Caps, Soil Pipe 201 

' ' Blowers 308-309 

" Trap Screws 173 

Y, Soil Pipe 199 

Verona Steam and Water Radiators 380 

Vertical Boilers with Coil.. 140 

" Boiler and Engine 275 

Boilers . .274-275 

Check Valves, Brass 67 

" '* Jenkins Bros _. 70 

Foot " 321 

Storage Tanks, Hot Water 140A 

Wrought Tube Steam Radia- 
tors 353-370 

Vises 237-241 

" Parker's Parallel 241 

Vitrified Brown Kitchen Sinks 170 

" Wash Tubs t68 

Volunteer Sight Feed Lubricator 104 

Vulcabeston Pressed Rope Gaskets 129 

" Sheet Packing _.. 129 

Wick •* 128 

Vulcan Pipe Wrench 245 

Vulcanized Asbestos Disc, Globe and 

Angle Valves 66 

Vulcanized Asbestos Packed Iron 

Ammonia Cocks 73 

Vulcanized Asbestos Seat All Iron Am- 
monia Gate Valves 73 

Vulcanized Fibre Washers 167 

w 

Wainwright Expansion Joint 90 

Wall Coils - 342 



442 



NASON MANUFACTURING COMPANY, NEW YORK. 



American Practice of Warming Buildings by Steam.— Pages 382-396. 



PAGE 

Wall Eye, Awning 51 

" Plates 37-47 

Walworth Pipe Vises - 239 

Wash Basin Bracket and Legs 165-166 

" Basins _. 160-164 

*' Down Syphon Closet, Low Down 

Pattern .- 155 

Wash Down Syphon, Hopper Appa- 
ratus 151 

Wash Stand Couplings 173 

" " Plugs --- 173 

" Stands . 161-164 

** Tray Bibbs .187-188 

" " Couplings 173 

" " Plugs 173-174 

" " Waste 192A 

* ' Tubs - - 168-169 

" " Brown Glazed. .._ 168 

" " Granite Roll Rim 169 

" " White Porcelain 168 

Washer Cutters 232 

Washers, Bibb 167 

' ' Gauge Glass ._ 123 

" Iron _ 136 

" Street 325 

Washout Closet Apparatus 152 

" " with Iron Tank 153 

" '* " Pine " 154 

" Closets _ 147 

Waste, Cotton 129 

" Lead Pipe _. 193 

Nuts 37, 47 

Oil Filter 296 

" Wash Tray 192A 

Water 398 

" Closet Connections, Rubber 194 

" " Seats and Covers. -156-158 

" " Tanks 156-158 

" Closets 147-155 

" Columns 124-125 

" Fittings, Long Turn.- _ 35 

" Gate Valves, Kennedy 78 

" Gauge Cocks 121 

** •' Glasses 123 

" *' Guards 123 

" " Self Cleaning ..,120-121 



PAGE 

Water Gauge, Self-Closing 122 

" Gauges 120-122 

" Heaters, Feed 295 

** Main Pipe it 

** *' Tapping Machine 259 

** Meters '.. .329-331 

" Pressure Regulator, Curtis 94 

Ford 95 

Griffin 96 

" ** Regulators 94-96 

" Radiators 371-380 

*' Relief Valves .. 96 

* * Separators 293- 294 

Waters' Governor 28S 

Wax Tapers 223 

Wedge Head Double Expansion Screw 

Bolt 134 

Weight Per Foot Brass Pipe 54 

" Copper '* 54 

Welded Tube Steam Radiators 353-370 

Well Casing .. 12 

" Cylinders 319 

" Force Pumps.. 318 

" LiftPumps-- 316 

" Pipe .- 10 

Westcott Adjustable S Wrench 243 

Weston Differential Block 268-269 

Wheel Barrows 265 

Wheels, Ventilating 310 

Whistle Valves 100 

Whistles, Chime _ roi 

" Long Bell 102 

" Organ Pipe. ic2 

' ' Steam 101-103 

' ' Syren 103 

White Enameled Sinks 170 A 

" Porcelain Kitchen Sinks ». 170 

" " Pantry Sinks 170 

" Wash Tubs 16S 

Wind Mill Pump Standards 31b 

Window Radiators, Cast Iron 380 

Wiping Cloth 234 

Solder 130 

Wire Gas Globe 223 

Wood Chisels 23" 

" Expansion Tank I40/. 



NASON MANUFACTURING COMPANY, NEW YORK. 



443 



General and Practical Information Pertaining to Steam and 
Hot Water Heating.— Pages 382-416. 



PAGE 

Wood Pulleys-- 282-283 

" Rasp - 261 

" Wheel Air Cock _ 86 

Wool, Mineral 129 

Working Barrels 319 

Worthington Automatic Feed Pump 

and Receiver 314 

Worthington Steam Pump 311, 314 

" Water Meter 329 

Woven Linen Hose 224 

Wrench, Basin _ _ 233 

Wrenches 242-245 

Wrought Iron Bends 339 

" " Couplings. 32 

" " Fittings for Spiral Pipe, 13 

*' " Key Wrench 243 

*' " Nipples 31 

" Pipe 8,9 

** " " Coils 341-343 

** " " Hooks 30 

** " Quarter Bend ._ 32 



PAGE 

Wrought Iron Return Bend 32 

" " Well Casing 12 

" Steel Kitchen Sinks 170A 

" Tube Steam Radiators 353-370 

Y 

Yale Duplex Convertible Screw Block. 269 

Yale- Weston Differential Block 269 

" Triplex Chain Hoist 268 

Yard Hydrants 323, 326 

Yarning Chisels 234 

Yoked Valves, Iron Body, Brass 

Mounted, Standard 65 

Y Branches, Cast Iron 23 

" Soil Pipe 200 

Y's Flanged, Cast Iron 55-59 

" Malleable 37, 45 

z 

Zinc Bath Tubs 142 



?^_^ ,»^2^ 




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GiLDERSLEEVE PreSS, 

PRINTER'^, 

17-27 Vandewathr St., New York. 



LIBRARY OF CONGRESS 



021 213 047 3 



